At a particular instant, if I know the exact position of a certain star I can see in the sky in terms of altitude and azimuth (in degrees), and also the exact position of that star in the sky viewed from a different location (of which I know the longitude and latitude) also at that particular instant, how can I work out my longitude and latitude?How can I calculate my longitude and latitude by the position of a star in the sky?for a particular star, you need to know what his 'Right Ascension' and 'Declination' is. Then you have to wait until that star is highest in the sky.
Then if you measure a height of the star e.g. 55 degrees, and suppose the 'Declination' is 15 degrees, then you have a Latitude of 90 + 15 - 55 = 50 degrees.
Now, the rule is that a star with 'Right Ascension' of 0 hours is highest on the sky on midnight and on Sep 21. So with the difference in right ascension, the difference in days from Sep 21, and the difference of time on your watch, you are able to find the 'longitude' where you stand.
Monday, January 30, 2012
How do you make a large star stencil?
I made one before by using a formula based on the 12 24 and 36 on a clock, but I can't remember how it works.
I do NOT and can NOT print out a star to use. The star I am making is larger than any paper my printer could handle.
I appreciate help. Thank you!How do you make a large star stencil?The minutes are 12,24,36,48 and 60. That divides a circle into fives equal segments. Draw lines from the 60 to the 24 and 36 minutes and so on around the circle. That will give you a star shape.
Good luck and have fun.
I do NOT and can NOT print out a star to use. The star I am making is larger than any paper my printer could handle.
I appreciate help. Thank you!How do you make a large star stencil?The minutes are 12,24,36,48 and 60. That divides a circle into fives equal segments. Draw lines from the 60 to the 24 and 36 minutes and so on around the circle. That will give you a star shape.
Good luck and have fun.
Why does the temperature of a star increase when it contracts?
During stellar evolution, there are many times a star contracts due to changes in pressure that disrupts the star's hydrostatic equilibrium. Why does the temperature increase when this happens? Thinking about it in terms of the ideal gas law, as volume decreases the temperature should decrease as well. I know there is a change in pressure too, but I don't know which is more to explain the huge increase in temperature. Perhaps I am thinking about it wrong. Anyone have any clue why this is?Why does the temperature of a star increase when it contracts?1 stars are not gasses...they are primarily plasma phase of matter. Expect the ideal gas law to not do as well as you think it should do.
http://www.youtube.com/watch?v=sLkGSV9WD鈥?/a>
#2 the ideal gas law doesn't necessarily set the boundary condition you need to answer this question.
You are trying to look at one of the subset gas laws....like Charles law. Remember...Charles law is only applicable if pressure is the same before and after the process.
You would be better off modeling it as an adiabatic compression. Adiabatic means negligible heat transfer...as in the process happens so quickly that no significant amount of heat has time to transfer.
It is a common problem of Engineering to use adiabatic processes of an ideal gas...and we derive the following relation between volume and temperature:
T2/T1 = (V1/V2)^(k - 1)
where k is the adiabatic index of that particular flavor of gas.Why does the temperature of a star increase when it contracts?The temperature goes up because the same amount of heat now occupies a smaller volume. This is also how refrigeration works, but in reverse. If you expand something, the heat occupies a larger volume and the temperature goes down. Heat and temperature are sort of analogous to mass and density. If something contracts, the mass stays the same but the density goes up. Also, the amount of heat stays the same but the temperature goes up.Why does the temperature of a star increase when it contracts?Add to that (the extra pressure in the core) they shift to the fusion of heavier elements (produced from an earlier fusion stage of a lighter element) which will need more heat.
Clear skies!Why does the temperature of a star increase when it contracts?
replace the word sun with ******** and you got your answer!!
http://www.youtube.com/watch?v=sLkGSV9WD鈥?/a>
#2 the ideal gas law doesn't necessarily set the boundary condition you need to answer this question.
You are trying to look at one of the subset gas laws....like Charles law. Remember...Charles law is only applicable if pressure is the same before and after the process.
You would be better off modeling it as an adiabatic compression. Adiabatic means negligible heat transfer...as in the process happens so quickly that no significant amount of heat has time to transfer.
It is a common problem of Engineering to use adiabatic processes of an ideal gas...and we derive the following relation between volume and temperature:
T2/T1 = (V1/V2)^(k - 1)
where k is the adiabatic index of that particular flavor of gas.Why does the temperature of a star increase when it contracts?The temperature goes up because the same amount of heat now occupies a smaller volume. This is also how refrigeration works, but in reverse. If you expand something, the heat occupies a larger volume and the temperature goes down. Heat and temperature are sort of analogous to mass and density. If something contracts, the mass stays the same but the density goes up. Also, the amount of heat stays the same but the temperature goes up.Why does the temperature of a star increase when it contracts?Add to that (the extra pressure in the core) they shift to the fusion of heavier elements (produced from an earlier fusion stage of a lighter element) which will need more heat.
Clear skies!Why does the temperature of a star increase when it contracts?
replace the word sun with ******** and you got your answer!!
What is that star or planet that is very bright in the western sky?
I was driving from chicago and going straight west, when I noticed a star or planet in the sky that is so bright. I noticed it again 2 days later and it was the only thing in the sky i could see. Anyone know what this is?What is that star or planet that is very bright in the western sky?Venus.
http://astrogeek.wordpress.com/2009/01/0鈥?/a>What is that star or planet that is very bright in the western sky?Venus it the first object to appear in the evening. Only the Moon is a brighter nighttime object. Venus stays up about 4 hr after sunset in Chicago.What is that star or planet that is very bright in the western sky?The planet Venus. It rises and set in the Western sky every night for the past couple of month. Cool isn't it?!!!
http://astrogeek.wordpress.com/2009/01/0鈥?/a>What is that star or planet that is very bright in the western sky?Venus it the first object to appear in the evening. Only the Moon is a brighter nighttime object. Venus stays up about 4 hr after sunset in Chicago.What is that star or planet that is very bright in the western sky?The planet Venus. It rises and set in the Western sky every night for the past couple of month. Cool isn't it?!!!
How can the Lakers get a star to build their team around?
The lakers need to get younger, and rebuild and reload going into the future. The only problem is every team needs a star player/ go to player to be an elite team. Kobe Bryant is no longer a star player at this stage of his career, and he's on his way out soon. Unfortuntely we don't have any high draft picks either. So what are some realistic ways they can get a young good elite player?How can the Lakers get a star to build their team around?A lot of people don't realize how good the players will turn out to be during the draft.
For example, nobody expected Kobe to be that good during the draft, look at what happened. We'll just have to see what happens when we draft someone.
Or some other options to rebuild the Lakers is by giving Bynum a chance to progress because he's very young, we can also try to get players that are good and young enough to form around the Lakers. We don't always need these big time players like D Rose or something, we just need simple and good players to get the job done.
Take Pistons in 2004 and Nuggets lineup today for an example. They didn't need this big star but they got the job done.How can the Lakers get a star to build their team around?Lakers still have 4 good player that they can
build around.
much as I love Fisher, but Laker need to find a better
defensive and younger PG. Kobe will still be the star till
he retires. till then I doubt that Lakers will blow up the team.
knowing Jerry Buss, he want Kobe to win much as possible
while he is still playing in the NBA.How can the Lakers get a star to build their team around?Get rid of Kobe. He maybe respected on the court but let's face it he is reason along with the GM the Lakers have not attracted younger players. The city will sell itself Jerry Buss just needs to clean house.
Stop snitching Kobe you did it to Shaq now Gasol.....lady gaga born this way album
For example, nobody expected Kobe to be that good during the draft, look at what happened. We'll just have to see what happens when we draft someone.
Or some other options to rebuild the Lakers is by giving Bynum a chance to progress because he's very young, we can also try to get players that are good and young enough to form around the Lakers. We don't always need these big time players like D Rose or something, we just need simple and good players to get the job done.
Take Pistons in 2004 and Nuggets lineup today for an example. They didn't need this big star but they got the job done.How can the Lakers get a star to build their team around?Lakers still have 4 good player that they can
build around.
much as I love Fisher, but Laker need to find a better
defensive and younger PG. Kobe will still be the star till
he retires. till then I doubt that Lakers will blow up the team.
knowing Jerry Buss, he want Kobe to win much as possible
while he is still playing in the NBA.How can the Lakers get a star to build their team around?Get rid of Kobe. He maybe respected on the court but let's face it he is reason along with the GM the Lakers have not attracted younger players. The city will sell itself Jerry Buss just needs to clean house.
Stop snitching Kobe you did it to Shaq now Gasol.....
How is apparent brightness of a star measured?
How do astronomers measure the apparent brightness of a star? Apparent brightness is how bright the star seems from earth. I would like a simple answer. No long formula please.How is apparent brightness of a star measured?The brighter the object appears, the lower the numerical value of its magnitude.
Very bright objects have negative magnitudes. For example, Sirius, the brightest star of the celestial sphere, has an apparent magnitude of 鈭?.46.
In the early Greek system, the brightest stars were called "Magnitude 1" and the faintest were called "Magnitude 6". They did this because, to the Greeks, 1 was the perfect number, 2 was less perfect than 1, and so on.
Modern astronomers have fixed the scale so that a star which is 5 magnitudes brighter than another star will have 100 times more flux. For example, the full Moon has an apparent magnitude of about -12.5 and Mars, at its brightest has an apparent magnitude of about -2.8. This means that the full Moon is about 10 (-12.5 - (-2.8)) magnitudes brighter than the maximum brightness of Mars.How is apparent brightness of a star measured?Originally, apparent magnitudes were measured with the naked eye, comparing the star being studied with certain standard stars with known magnitudes. Later, photography was used, being more accurate and less subjective. In addition, large numbers of stars could be dealt with quickly. Modern methods use photoelectric devices that actually measure the quantity of light reaching the Earth from a star.
HTH
CharlesHow is apparent brightness of a star measured?As simple as it can get. Now everything is measures with what equates to a light meter such as on a camera. It is way more sophisticated. It automatically the amount of light hitting the instrument.
Very bright objects have negative magnitudes. For example, Sirius, the brightest star of the celestial sphere, has an apparent magnitude of 鈭?.46.
In the early Greek system, the brightest stars were called "Magnitude 1" and the faintest were called "Magnitude 6". They did this because, to the Greeks, 1 was the perfect number, 2 was less perfect than 1, and so on.
Modern astronomers have fixed the scale so that a star which is 5 magnitudes brighter than another star will have 100 times more flux. For example, the full Moon has an apparent magnitude of about -12.5 and Mars, at its brightest has an apparent magnitude of about -2.8. This means that the full Moon is about 10 (-12.5 - (-2.8)) magnitudes brighter than the maximum brightness of Mars.How is apparent brightness of a star measured?Originally, apparent magnitudes were measured with the naked eye, comparing the star being studied with certain standard stars with known magnitudes. Later, photography was used, being more accurate and less subjective. In addition, large numbers of stars could be dealt with quickly. Modern methods use photoelectric devices that actually measure the quantity of light reaching the Earth from a star.
HTH
CharlesHow is apparent brightness of a star measured?As simple as it can get. Now everything is measures with what equates to a light meter such as on a camera. It is way more sophisticated. It automatically the amount of light hitting the instrument.
What is that star or planet that is very bright in the western sky?
I was driving from chicago and going straight west, when I noticed a star or planet in the sky that is so bright. I noticed it again 2 days later and it was the only thing in the sky i could see. Anyone know what this is?What is that star or planet that is very bright in the western sky?Venus.
http://astrogeek.wordpress.com/2009/01/0鈥?/a>What is that star or planet that is very bright in the western sky?Venus it the first object to appear in the evening. Only the Moon is a brighter nighttime object. Venus stays up about 4 hr after sunset in Chicago.What is that star or planet that is very bright in the western sky?The planet Venus. It rises and set in the Western sky every night for the past couple of month. Cool isn't it?!!!
http://astrogeek.wordpress.com/2009/01/0鈥?/a>What is that star or planet that is very bright in the western sky?Venus it the first object to appear in the evening. Only the Moon is a brighter nighttime object. Venus stays up about 4 hr after sunset in Chicago.What is that star or planet that is very bright in the western sky?The planet Venus. It rises and set in the Western sky every night for the past couple of month. Cool isn't it?!!!
What does the star that is above the three lions badge on an england football shirt mean?
What does the star that is above the three lions badge on an england football shirt mean?What does the star that is above the three lions badge on an england football shirt mean?the star above the crest of a national football team signifies how many times that team has won the world cup. in this case, it means england has won it once (in 1966). brazil has 5 stars meaning they won the world cup 5 times. italy has 4, germany 3, argentina and uruguay 2, and france 1.What does the star that is above the three lions badge on an england football shirt mean?
Actually, you are looking at the England shirt played during the World Cup qualifiers. The answers are all right. England are allowed to wear the star since they have won the cup once.
But they cannot wear the star always. After the world Cup, when England take part in the next Euro qualifiers, they have to do away with the star since they have not won the Euro championship before.
The star only represents the present tournament they are playing in. They, nor any other country, do not have the right to wear the star permanently.What does the star that is above the three lions badge on an england football shirt mean?Simply put, a star on an international shirt denotes a World Cup win. A star on a European team's shirt should indicate a European Cup/Champions League win.
The obvious execption to this is Man City who can boast no such trophy cabinet delights, yet believe it serves aesthetic value on their shirts. Personally, I think they should change the three stars to three large bags of cash to give the emblem a more meaningful visual significance.What does the star that is above the three lions badge on an england football shirt mean?
The Star mean the 1 time England won the World Cup, which was in 1966.
Every country who had won the world cup before will do the same thing. For example Brazil had won it 5 time, and in their crest, you will see 5 stars.
But I am wondering who actually started this practice...What does the star that is above the three lions badge on an england football shirt mean?according to FIFA, every Country that wins the World Cup is allowed to put a star on their national team shirts to symbolise it, hence England have 1, Brazil have 5, Scotland and Spain have an empty shirt
its cos England won the world cup once, in 1966. when a country have won a world, they get a gold star above the badge on thier shirt.
Brazil have loads of gold stars above their badge on thier shirt.What does the star that is above the three lions badge on an england football shirt mean?
@ Chris
Man City have never won a trophy right?
2 League Titles
4 FA Cups
2 League Cups
And a European Cup Winners cup
Boo Hoo to you
It means they won the World Cup once, in 1966. For every World Cup final win, a team gets one more star.What does the star that is above the three lions badge on an england football shirt mean?
:| it means we have won the world cup once
Actually, you are looking at the England shirt played during the World Cup qualifiers. The answers are all right. England are allowed to wear the star since they have won the cup once.
But they cannot wear the star always. After the world Cup, when England take part in the next Euro qualifiers, they have to do away with the star since they have not won the Euro championship before.
The star only represents the present tournament they are playing in. They, nor any other country, do not have the right to wear the star permanently.What does the star that is above the three lions badge on an england football shirt mean?Simply put, a star on an international shirt denotes a World Cup win. A star on a European team's shirt should indicate a European Cup/Champions League win.
The obvious execption to this is Man City who can boast no such trophy cabinet delights, yet believe it serves aesthetic value on their shirts. Personally, I think they should change the three stars to three large bags of cash to give the emblem a more meaningful visual significance.What does the star that is above the three lions badge on an england football shirt mean?
The Star mean the 1 time England won the World Cup, which was in 1966.
Every country who had won the world cup before will do the same thing. For example Brazil had won it 5 time, and in their crest, you will see 5 stars.
But I am wondering who actually started this practice...What does the star that is above the three lions badge on an england football shirt mean?according to FIFA, every Country that wins the World Cup is allowed to put a star on their national team shirts to symbolise it, hence England have 1, Brazil have 5, Scotland and Spain have an empty shirt
its cos England won the world cup once, in 1966. when a country have won a world, they get a gold star above the badge on thier shirt.
Brazil have loads of gold stars above their badge on thier shirt.What does the star that is above the three lions badge on an england football shirt mean?
@ Chris
Man City have never won a trophy right?
2 League Titles
4 FA Cups
2 League Cups
And a European Cup Winners cup
Boo Hoo to you
It means they won the World Cup once, in 1966. For every World Cup final win, a team gets one more star.What does the star that is above the three lions badge on an england football shirt mean?
:| it means we have won the world cup once
How to install star wars battlefront 1 or 2 on multiple computers with 1 disk?
I have the retail version of star wars battlefront 1 and 2, and I need to install either one on about 10 computers, and hopefully get them all connected to LAN to play together. Mini lan party. If any one has a crack or knows how to do this let me know. ThanksHow to install star wars battlefront 1 or 2 on multiple computers with 1 disk?run as administrator
What is the distance of this star from Earth in light years?
A star has an Apparent Magnitude of mv = 9, and an Absolute Magnitude of Mv = -4. What is the distance of this star from Earth in light years?What is the distance of this star from Earth in light years?its distance =10(apparent magnitude - absolute magnitude +5)/5
10^(9-4+5)5 =100
100 parsecs = 326 Light years.
wowsers
**edit**
i didn't see initially that the Absolute magnitude was NEGATIVE -4 so here is the corrected answer....
10^(9-(-4)+5)/5 = 3,981.0717 Parsecs
light year = 3.2615 Parsecs
so, 3,981.0717*3.2615=12984.2653 light years.
12,984 lykayaks
10^(9-4+5)5 =100
100 parsecs = 326 Light years.
wowsers
**edit**
i didn't see initially that the Absolute magnitude was NEGATIVE -4 so here is the corrected answer....
10^(9-(-4)+5)/5 = 3,981.0717 Parsecs
light year = 3.2615 Parsecs
so, 3,981.0717*3.2615=12984.2653 light years.
12,984 ly
The process of star formation & how it leads to heat productions on the surface of the earth?
Can someone please explain the process of star formation and how it leads to heat productions on the surface of the earth?The process of star formation %26amp; how it leads to heat productions on the surface of the earth?Stars are formed when vast clouds of material in space start to collapse in on themselves, under their own gravity.
As they collapse, the matter in the centre gets denser and and denser, until it is so dense that the atoms there get "squashed" together. This is nuclear fusion, and is produces energy; this energy (heat and light) "push" outwards, counteracting the inward force from gravity.
Eventually, there is enough fusion happening at the centre that the outward force exactly balances the inward force, and the object stabilises as a sphere: this is a star.
At the same time as this is happening, the whole cloud is spinning (this is just an effect of what happens when interstellar clouds collapse). So it forms a loose disk; and in the outer regions of the disk, smaller portions of the cloud will also collapse under their own gravity, forming smaller bodies. Some of these will fall into the star, but others will be far enougn out that they will just orbit the new star: these are planets.
The heat from the star is radiated outwards, and it bathes the planets orbitting it; the closer a planet is, the more heat it gets. More volatile elements and compounds will tend to be "boiled off" the nearer planets (so they will have more of the heavier elements like silicon, metals, etc.), while the outer, cooler, planets will gather up these volatile substances, and will form gas-planets of ammonia, hydrogen, etc.
As they collapse, the matter in the centre gets denser and and denser, until it is so dense that the atoms there get "squashed" together. This is nuclear fusion, and is produces energy; this energy (heat and light) "push" outwards, counteracting the inward force from gravity.
Eventually, there is enough fusion happening at the centre that the outward force exactly balances the inward force, and the object stabilises as a sphere: this is a star.
At the same time as this is happening, the whole cloud is spinning (this is just an effect of what happens when interstellar clouds collapse). So it forms a loose disk; and in the outer regions of the disk, smaller portions of the cloud will also collapse under their own gravity, forming smaller bodies. Some of these will fall into the star, but others will be far enougn out that they will just orbit the new star: these are planets.
The heat from the star is radiated outwards, and it bathes the planets orbitting it; the closer a planet is, the more heat it gets. More volatile elements and compounds will tend to be "boiled off" the nearer planets (so they will have more of the heavier elements like silicon, metals, etc.), while the outer, cooler, planets will gather up these volatile substances, and will form gas-planets of ammonia, hydrogen, etc.
What was the star thing on the players' jerseys in NBA games on Christmas Day ?
I think it's the star of bethlehem (since it's Christmas), but i'm not sure. Give me a source if you can.What was the star thing on the players' jerseys in NBA games on Christmas Day ?I'm hoping it's for Christmas...What was the star thing on the players' jerseys in NBA games on Christmas Day ?
Umm..i know im not exact..but it was for like donating. So like every team..that wore that star..A portion of the amount of money that was made..that day would go to charity. But i know for sure..the star had something to do with charity...teams donating..to charity. It wasn't something to make it look nice.What was the star thing on the players' jerseys in NBA games on Christmas Day ?why would i be jealous of lil wayne?
i grew up in inglewood lol my brother is tight with b.g knocc out.b.g knoccout was at mine last week.lol its funny you think im jealous of studio gangstasWhat was the star thing on the players' jerseys in NBA games on Christmas Day ?
Does it matter, seriously?What was the star thing on the players' jerseys in NBA games on Christmas Day ?Jewish star of David?What was the star thing on the players' jerseys in NBA games on Christmas Day ?
They tried to make it look like a snowflake..
Umm..i know im not exact..but it was for like donating. So like every team..that wore that star..A portion of the amount of money that was made..that day would go to charity. But i know for sure..the star had something to do with charity...teams donating..to charity. It wasn't something to make it look nice.What was the star thing on the players' jerseys in NBA games on Christmas Day ?why would i be jealous of lil wayne?
i grew up in inglewood lol my brother is tight with b.g knocc out.b.g knoccout was at mine last week.lol its funny you think im jealous of studio gangstasWhat was the star thing on the players' jerseys in NBA games on Christmas Day ?
Does it matter, seriously?What was the star thing on the players' jerseys in NBA games on Christmas Day ?Jewish star of David?What was the star thing on the players' jerseys in NBA games on Christmas Day ?
They tried to make it look like a snowflake..
How do i find a template for a three dimensional star?
I need to make a three dimensional star for a geometry project. Where can I find a pattern to print out and use?How do i find a template for a three dimensional star?http://www.google.com/search?hl=en%26amp;q=tem鈥?/a>How do i find a template for a three dimensional star?You don't even need a pattern: use a star picture from clip art, the internet, or hand drawn. Cut two out of a stiff paper. On one, cut a slit partway down from in the center of the top point (star A). On the other, cut a slit part way up in the center in between the two bottom "legs" (star B). Put the slit of star A up into the slit of star B and you have a 3D star! If the two don't intersect enough - like one star's "legs" don't touch the table, increase the length of the slits.
What Disney star would you like to see actually making it out of Disney?
Most of the Disney channel stars never get out of Disney and go for something big.The only one that I have actually seen doing that is Shia Labeouf.What other Disney star would you want to see making it out of Disney and going for Hollywood or the next big thing?What star do you think has the potential?What Disney star would you like to see actually making it out of Disney?Selena Gomez.What Disney star would you like to see actually making it out of Disney?Demi L
How do I go about applying for the job of star in a major new fall sitcom?
The economy's bad, and I thought it would be something I'd like to do, to be a big star in a major sitcom. Where do you go apply? I haven't had a job like this before, although I did work in a video store once, you know, the naughty kind of video store.How do I go about applying for the job of star in a major new fall sitcom?Go to Hollywood Baby ;) I think there's one starting called, "Ride em Home" they want a Sam Elliot look alike. I'm sure you'll get the Part. I'll put in a call to My agent. I'm on a reality show right now. called "Forever relapsing"How do I go about applying for the job of star in a major new fall sitcom?The caliber of talent represented within the cast of the "Twilight" movies definitely indicates that it must be relatively simple to land a lucrative acting gig. Television must be even easier. You've already got an edge with your video store experience. Now it's just a matter of hiring a decent agent (you can have mine-the poor bastard rarely works, what with me always going off on my 30 day benders and waking up in foreign countries). I think he mentioned a show that NBC is currently developing....some sort of detective comedy that co-stars a ferret and a couple of transvestite midgets. It's gonna air right after "How I Banged Your Mother" or whatever that show with the gay guy who plays a straight playah is called.
Good luck!How do I go about applying for the job of star in a major new fall sitcom?I think there might be an opening in the cast of Two and a Half Men, darling. Just send them a picture and maybe a video of you telling a joke and looking snarky...you're a natural!!!
Good luck, darling! Or, as they say in show business, break a leg!!
(((Jack)))How do I go about applying for the job of star in a major new fall sitcom?
I dunno {{{Jack}}}, I never thought about doing that!
But, your Avatar picture is SO CUTE. How could they not cast you?
*Point games and kisses butt*spelling dictionary
Good luck!How do I go about applying for the job of star in a major new fall sitcom?I think there might be an opening in the cast of Two and a Half Men, darling. Just send them a picture and maybe a video of you telling a joke and looking snarky...you're a natural!!!
Good luck, darling! Or, as they say in show business, break a leg!!
(((Jack)))How do I go about applying for the job of star in a major new fall sitcom?
I dunno {{{Jack}}}, I never thought about doing that!
But, your Avatar picture is SO CUTE. How could they not cast you?
*Point games and kisses butt*
How is a blue giant star different from a yellow dwarf star?
choose only one answer:
a. A blue giant star fuses hydrogen slower and lasts longer than a yellow dwarf.
b. A blue giant star fuses hydrogen slower and dies sooner than a yellow dwarf.
c. A blue giant star fuses hydrogen faster and dies sooner than a yellow dwarf.
d. A blue giant star is larger than a yellow dwarf and not as hot.How is a blue giant star different from a yellow dwarf star?cHow is a blue giant star different from a yellow dwarf star?The larger the star, the faster it uses its fuel and the sooner it dies.
a. A blue giant star fuses hydrogen slower and lasts longer than a yellow dwarf.
b. A blue giant star fuses hydrogen slower and dies sooner than a yellow dwarf.
c. A blue giant star fuses hydrogen faster and dies sooner than a yellow dwarf.
d. A blue giant star is larger than a yellow dwarf and not as hot.How is a blue giant star different from a yellow dwarf star?cHow is a blue giant star different from a yellow dwarf star?The larger the star, the faster it uses its fuel and the sooner it dies.
What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
Watching from near London at 2:30am (meridian, 0.1deg long, 52deg lat) its East South East, moon is a due East and almost 10 deg lower. Moon will get closer to it and get higher as the night goes on. Guess its magnitude is @ -2.5, but it can't be Venus as isn't that always the "morning star" ?What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?If it is in the east and south at 2 a.m. then it could be a star or the planet Jupiter.
At present Venus should be in the west right after sunset.
Venus is the brightest object in the night sky other than the moon. It is so bright that it can be seen even in full daylight (If you know exactly where to look).
One thing that distinguishes Venus from a star is that you can see an actual area of surface instead of only a point of light like that of a true star (easier with binoculars). Because of this, Venus does not “twinkle” the way stars do. Twinkling is caused by Earth’s atmospheric disturbance of the points of starlight.
Venus can only be seen at night within 48 degrees angle or less from the rising (or setting) sun because its orbit is closer to the sun than Earth's. This means that at night you can only see Venus within a couple hours of sunrise or sunset.
If you see Venus just before dawn, it is moving away from the Earth as it travels in its orbit. See it just after sunset and it's approaching us.
.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
You're probably looking at Jupiter. It's far too late for Venus.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?It's the planet Jupiter.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
It's the planet Jupiter.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?yes its jupiter.
try this next time. it helps alot. be sure to set your location though.
http://www.stellarium.org/What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
While Sirius is the brightest start in the northern hemisphere,most of the inner planets will have a lower magnitude (i.e. brighter) at various times of the evening,year, planetary cycles,etc. on most any night,the visible planets, venus,mars,jupter , mercury and saturn will be the brightest.
Tho there are several websites that give great weekly previews of highly visible objects,like
http://www.skyandtelescope.com/observing…
http://www.nightskyinfo.com/
http://www.space.com/nightsky/, etc
sadly,most of them, that I see are very biased to the USA or North American viewpoint and time frames.
2:30am? eek! If I'm up at that hour there is some serious server problem ,with purple alert alarms going off.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
Is it always in the same spot? Does it disappear in the morning? Guessing it's a streetlight.
If it is in the east and south at 2 a.m. then it could be a star or the planet Jupiter.
At present Venus should be in the west right after sunset.
At present Venus should be in the west right after sunset.
Venus is the brightest object in the night sky other than the moon. It is so bright that it can be seen even in full daylight (If you know exactly where to look).
One thing that distinguishes Venus from a star is that you can see an actual area of surface instead of only a point of light like that of a true star (easier with binoculars). Because of this, Venus does not “twinkle” the way stars do. Twinkling is caused by Earth’s atmospheric disturbance of the points of starlight.
Venus can only be seen at night within 48 degrees angle or less from the rising (or setting) sun because its orbit is closer to the sun than Earth's. This means that at night you can only see Venus within a couple hours of sunrise or sunset.
If you see Venus just before dawn, it is moving away from the Earth as it travels in its orbit. See it just after sunset and it's approaching us.
.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
You're probably looking at Jupiter. It's far too late for Venus.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?It's the planet Jupiter.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
It's the planet Jupiter.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?yes its jupiter.
try this next time. it helps alot. be sure to set your location though.
http://www.stellarium.org/What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
While Sirius is the brightest start in the northern hemisphere,most of the inner planets will have a lower magnitude (i.e. brighter) at various times of the evening,year, planetary cycles,etc. on most any night,the visible planets, venus,mars,jupter , mercury and saturn will be the brightest.
Tho there are several websites that give great weekly previews of highly visible objects,like
http://www.skyandtelescope.com/observing…
http://www.nightskyinfo.com/
http://www.space.com/nightsky/, etc
sadly,most of them, that I see are very biased to the USA or North American viewpoint and time frames.
2:30am? eek! If I'm up at that hour there is some serious server problem ,with purple alert alarms going off.What is the star or planet which is the brightest object in the UK night sky at ESE 30deg?
Is it always in the same spot? Does it disappear in the morning? Guessing it's a streetlight.
If it is in the east and south at 2 a.m. then it could be a star or the planet Jupiter.
At present Venus should be in the west right after sunset.
How Selective Are You at Choosing Which Questions Deserve a Star?
I only put a star on a few percent of the questions I answer. Yet I see stupid questions with many stars all the time.
I hate to sound like your father now kids, but papa star doesn't like the questions you've been hangin' 'round with. Every time you touch stars with those questions, you better use protection.How Selective Are You at Choosing Which Questions Deserve a Star?Haha, I have the question: Am I going to come back to this question in the future? [Or] How much did I like this question? -Then if I get a good response for either one, I'll star it! Most likely, anyways.How Selective Are You at Choosing Which Questions Deserve a Star?
i give stars to questions that i've never seen before.. like things when i'm like "wow i've never thought about that before"
i hate when people are like "star if you agree with me"How Selective Are You at Choosing Which Questions Deserve a Star?I only star the greatest questions ever.How Selective Are You at Choosing Which Questions Deserve a Star?
I never star questions. I always forgetHow Selective Are You at Choosing Which Questions Deserve a Star?Very.
If it's stupid,I'm not staring.How Selective Are You at Choosing Which Questions Deserve a Star?
I always star my answers
I hate to sound like your father now kids, but papa star doesn't like the questions you've been hangin' 'round with. Every time you touch stars with those questions, you better use protection.How Selective Are You at Choosing Which Questions Deserve a Star?Haha, I have the question: Am I going to come back to this question in the future? [Or] How much did I like this question? -Then if I get a good response for either one, I'll star it! Most likely, anyways.How Selective Are You at Choosing Which Questions Deserve a Star?
i give stars to questions that i've never seen before.. like things when i'm like "wow i've never thought about that before"
i hate when people are like "star if you agree with me"How Selective Are You at Choosing Which Questions Deserve a Star?I only star the greatest questions ever.How Selective Are You at Choosing Which Questions Deserve a Star?
I never star questions. I always forgetHow Selective Are You at Choosing Which Questions Deserve a Star?Very.
If it's stupid,I'm not staring.How Selective Are You at Choosing Which Questions Deserve a Star?
I always star my answers
What does the star that is above the three lions badge on an england football shirt mean?
What does the star that is above the three lions badge on an england football shirt mean?What does the star that is above the three lions badge on an england football shirt mean?the star above the crest of a national football team signifies how many times that team has won the world cup. in this case, it means england has won it once (in 1966). brazil has 5 stars meaning they won the world cup 5 times. italy has 4, germany 3, argentina and uruguay 2, and france 1.What does the star that is above the three lions badge on an england football shirt mean?It represents World Cups. Every star on a national team jersey stands for a World Cup win. Italy has 4 stars, England has 1, France has 1, Spain has 0. etc.etc. Brazil has the most I think with 5.
Do rock stars just conform to the "rock star" schema in order to accepted as serious rock stars?
Is it just a coincidence that all rock stars are nearly identical in style, attitude, appearance, behavior, etc.?
Is this a coincidence or a requirement?
Do rock stars just conform to the rock star schema in order to be accepted as a serious rock star?
I like rock music, I am just wondering about this. This could be said about other profession that has a lot to do with image (other musical genres, actors, politicians, etc.).
Do you think a rock star would be rejected if they exhibited behavior that lies outside the parameters of the "rock star" schema? Are they pressured to act a certain way?Do rock stars just conform to the "rock star" schema in order to accepted as serious rock stars?Absolutely.
You have to have "a look" in most cases to help promote your music, so it's just marketing yourself. And absent truly creative vision, people imitate what has worked in the past or what is working currently. So they dress alike, have similar haircuts or styles, and even behave according to a rock star schema. Cool word BTW.
Even "alternative" artists tend to borrow and adopt styles %26amp; trends copied from successful or popular artists, conforming to trends and ideals about what a rock star or successful musician looks like.
Record companies probably pressure their acts to conform, and provide monetary incentives to help the acts confrm to their image of a rock star.
Not too many artists can truly break away from this schema and still remain relevant and successful.
Perhaps Prince might be one example of behaving outside the accepted rock star norms, but his popularity has waned as he goes further from the mainstream ideal of pop star/rock star.
\m/catalytic converter
Is this a coincidence or a requirement?
Do rock stars just conform to the rock star schema in order to be accepted as a serious rock star?
I like rock music, I am just wondering about this. This could be said about other profession that has a lot to do with image (other musical genres, actors, politicians, etc.).
Do you think a rock star would be rejected if they exhibited behavior that lies outside the parameters of the "rock star" schema? Are they pressured to act a certain way?Do rock stars just conform to the "rock star" schema in order to accepted as serious rock stars?Absolutely.
You have to have "a look" in most cases to help promote your music, so it's just marketing yourself. And absent truly creative vision, people imitate what has worked in the past or what is working currently. So they dress alike, have similar haircuts or styles, and even behave according to a rock star schema. Cool word BTW.
Even "alternative" artists tend to borrow and adopt styles %26amp; trends copied from successful or popular artists, conforming to trends and ideals about what a rock star or successful musician looks like.
Record companies probably pressure their acts to conform, and provide monetary incentives to help the acts confrm to their image of a rock star.
Not too many artists can truly break away from this schema and still remain relevant and successful.
Perhaps Prince might be one example of behaving outside the accepted rock star norms, but his popularity has waned as he goes further from the mainstream ideal of pop star/rock star.
\m/
How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?
A) As the star gets bigger, the force of gravity also gets bigger, while the radiation pressure stays the same.
B) The star fuses more hydrogen as it gets near the end of its life, then the fusion of hydrogen is converted to gravity.
C) Near the end of its life, a star runs out of hydrogen to fuse, and fusion is what creates the radiation pressure.
D) Gravity increases with time, so the older a star gets, the more it is affected by the force of gravity.How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?C ...
At the end of the Giant/Super Giant phase, it starts to run out of hydrogen all together. When it runs out of Hydrogen, or is nearly out, it begins converting Helium to Carbon and Carbon to heavier elements until it gets to a too stable element for its amount of heat and pressure to convert, then when the radiation output starts waning, the Gravity of the star will begin to overcome the outward pressure of the radiation.
(supposedly in very very hot stars(blue), they can have the ability to get to Iron, in which case is very stable and is near the end of the star's life)How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?C
B) The star fuses more hydrogen as it gets near the end of its life, then the fusion of hydrogen is converted to gravity.
C) Near the end of its life, a star runs out of hydrogen to fuse, and fusion is what creates the radiation pressure.
D) Gravity increases with time, so the older a star gets, the more it is affected by the force of gravity.How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?C ...
At the end of the Giant/Super Giant phase, it starts to run out of hydrogen all together. When it runs out of Hydrogen, or is nearly out, it begins converting Helium to Carbon and Carbon to heavier elements until it gets to a too stable element for its amount of heat and pressure to convert, then when the radiation output starts waning, the Gravity of the star will begin to overcome the outward pressure of the radiation.
(supposedly in very very hot stars(blue), they can have the ability to get to Iron, in which case is very stable and is near the end of the star's life)How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?C
How many different Timelines have been created in the entire Star Trek Universe?
Basically I would like to know when all the time travel happens in all the Star Trek shows. Can anyone figure this out?How many different Timelines have been created in the entire Star Trek Universe?It seems--never ending, doesn't it?How many different Timelines have been created in the entire Star Trek Universe?
That would be difficult to answer. Even if you counted the episodes with time travel plots, some timelines get rewritten, and some threads are concurrent. Some of the best time travel ones are on Deep Space 9. Anyone remember the one where Jake Sisko grows up, but finds a way to reset the clock and save his dad in the past? Or how 'bout the "Trials and Tribblations" one where Worf is made reaallly uncomfortable by the Kirk era Klingons? Both of these episodes involved time travel, though one was played for drama and the other for humor.How many different Timelines have been created in the entire Star Trek Universe?Well, that is a good question. But you need to work out the criteria. Voyager and Next Generation ended with a rewritten time line. But that was a one episode thing. There have been time loops, but they get resolved, and there are many timeline correction episodes. But major shifts in the timeline that change things that have gone before, and not just did Spock's selat die or not? Only one. The new movie.How many different Timelines have been created in the entire Star Trek Universe?
To many.
the thing about this time line is that it erases every star trek show there every was except star trek enterprise because it takes place before the original star trek. No enterprise No deep-space nine No Voyager...all null because of one movieHow many different Timelines have been created in the entire Star Trek Universe?OVER 40./.
That would be difficult to answer. Even if you counted the episodes with time travel plots, some timelines get rewritten, and some threads are concurrent. Some of the best time travel ones are on Deep Space 9. Anyone remember the one where Jake Sisko grows up, but finds a way to reset the clock and save his dad in the past? Or how 'bout the "Trials and Tribblations" one where Worf is made reaallly uncomfortable by the Kirk era Klingons? Both of these episodes involved time travel, though one was played for drama and the other for humor.How many different Timelines have been created in the entire Star Trek Universe?Well, that is a good question. But you need to work out the criteria. Voyager and Next Generation ended with a rewritten time line. But that was a one episode thing. There have been time loops, but they get resolved, and there are many timeline correction episodes. But major shifts in the timeline that change things that have gone before, and not just did Spock's selat die or not? Only one. The new movie.How many different Timelines have been created in the entire Star Trek Universe?
To many.
the thing about this time line is that it erases every star trek show there every was except star trek enterprise because it takes place before the original star trek. No enterprise No deep-space nine No Voyager...all null because of one movieHow many different Timelines have been created in the entire Star Trek Universe?OVER 40./.
How would you determine the absolute magnitude of a nearby star?
What types of observations/measurements would you have to make to determine the absolute magnitude of a relatively nearby (less than 50 parsec) star? How would you would use the measurements to get the answer?How would you determine the absolute magnitude of a nearby star?+I hope you're good at mathematics:
What are the different ways a star dies?
I know they can supernova, become white dwarfs, red giants?
Also when a star goes supernova can it turn into a neutron star or it can turn into a black hole?What are the different ways a star dies?Stars can also go through a process of "shrugging off" layers of their atmosphere. Over large periods of time, they gradually grow smaller until they lose enough heat to become small, relatively cool dwarf stars. *Unless, of course, they prefer to be called "little star peoples" :-)*What are the different ways a star dies?When a star dies it can turn into a neutron star or a black hole. Neutron stars are made of neutrons, which are particles without charge and slightly larger than protons. They're the result of the super concentrated center of the sun, and they have incredible magnetic fields, 2脳10^11 times stronger than the magnetic field surrounding Earth, aswell as very strong gravitational forces. Supernovas can also form black holes, from which not even light can escape. They are more concentrated masses than neutron stars and nothing is able to escape their gravitational force once you come within its "event horizon". They're also invisible to the naked eye, and astronomers identify blackholes from things like suns swirling around them. Theres also a supermassive black hole at the middle of our milky way galaxy, most likely left over from the Big bang.What are the different ways a star dies?a red giant eventually becomes a white dwarf.
the more massive stars go supernova. resulting in a neutron star, or a black hole, depending on density.
some neutron stars spin fast enough to be classified as pulsars as well.What are the different ways a star dies?
Stars never die, they just fade away.
http://en.wikipedia.org/wiki/Stellar_evo鈥?/a>
"A supernova (plural supernovae) is a stellar explosion that is more energetic than a nova."
http://en.wikipedia.org/wiki/Supernova
Also when a star goes supernova can it turn into a neutron star or it can turn into a black hole?What are the different ways a star dies?Stars can also go through a process of "shrugging off" layers of their atmosphere. Over large periods of time, they gradually grow smaller until they lose enough heat to become small, relatively cool dwarf stars. *Unless, of course, they prefer to be called "little star peoples" :-)*What are the different ways a star dies?When a star dies it can turn into a neutron star or a black hole. Neutron stars are made of neutrons, which are particles without charge and slightly larger than protons. They're the result of the super concentrated center of the sun, and they have incredible magnetic fields, 2脳10^11 times stronger than the magnetic field surrounding Earth, aswell as very strong gravitational forces. Supernovas can also form black holes, from which not even light can escape. They are more concentrated masses than neutron stars and nothing is able to escape their gravitational force once you come within its "event horizon". They're also invisible to the naked eye, and astronomers identify blackholes from things like suns swirling around them. Theres also a supermassive black hole at the middle of our milky way galaxy, most likely left over from the Big bang.What are the different ways a star dies?a red giant eventually becomes a white dwarf.
the more massive stars go supernova. resulting in a neutron star, or a black hole, depending on density.
some neutron stars spin fast enough to be classified as pulsars as well.What are the different ways a star dies?
Stars never die, they just fade away.
http://en.wikipedia.org/wiki/Stellar_evo鈥?/a>
"A supernova (plural supernovae) is a stellar explosion that is more energetic than a nova."
http://en.wikipedia.org/wiki/Supernova
How is someone determined to be a five star chef?
I hear on TV all the time, I'm a five star chef.... My work has many hired cooks come through our kitchen. Many of them claim to be "five star chefs". After one meal, many of these claims are doubtful and after a week, 99% of them are proven false. Who determines if you are a five star chef? Is there a certificate or something you order in the mail?How is someone determined to be a five star chef?Generally, a 5-star chef (the title of which doesn't actually exist), comes from the (Michelin Tour Guide rated) 5-star hotel or restaurant where they may have been employed...as a chef. The hotel or restaurant gets the 5-stars...not the chef, but by default, if you were the chef where, AND WHEN, the restaurant received it's 5-Star rating, then, I suppose you could be considered a "5-Star chef".
There is also a "Five-Star Chef Series" (Seminars and programs) that can be attended through the "fivestarchefseries.org" website.spiderman the musical
There is also a "Five-Star Chef Series" (Seminars and programs) that can be attended through the "fivestarchefseries.org" website.
What were the differences between the first and second death star?
After watching all 3 star wars, I cant seem to think of any real difference between the two. Can someone tell me what they were?What were the differences between the first and second death star?There are no differences mentioned in the films.
Other than the 2nd not being completed structurally.
Other than the 2nd not being completed structurally.
What happens to a photon as it approaches a neutron star?
Will it be "captured" by it, or just appear to "slow" down to an observer watching it?
How much more gravitational energy does a black hole have compared to a neutron star? Infinitely more? But that does not make sense.What happens to a photon as it approaches a neutron star?Photons by definition are considered mass less.Gravitational mass attract smaller masses. A Star having a large gravitational mass would attract a Proton or an electron which are particles with mass.
So a photon, defined as being mass less , would not be attracted to a gravitational mass.
There is no way that an observer can see a photon approaching the Star because its defined as mass less.
Gravitational energy is proportional to the mass content inside the volume a celestial object. The gravitational pressure holding a Star together is equal to the product of the Gravity Energy and the curvature of space surrounding the Star.
How much more gravitational energy does a black hole have compared to a neutron star? Infinitely more? But that does not make sense.What happens to a photon as it approaches a neutron star?Photons by definition are considered mass less.Gravitational mass attract smaller masses. A Star having a large gravitational mass would attract a Proton or an electron which are particles with mass.
So a photon, defined as being mass less , would not be attracted to a gravitational mass.
There is no way that an observer can see a photon approaching the Star because its defined as mass less.
Gravitational energy is proportional to the mass content inside the volume a celestial object. The gravitational pressure holding a Star together is equal to the product of the Gravity Energy and the curvature of space surrounding the Star.
What would it take for a star to be visible all day?
I've seen stars(planets?) the the morning and evening but never during midday and strong sunlight. What would it take for a star to be visible then? Is it possible?What would it take for a star to be visible all day?There is a star that is visible all day every day. It's the one that makes it day in the first place, actually.
For a different star to be visible all day it would have to be bright enough and close enough. In our part of the galaxy, stars are just too spread out.
If our star had a buddy, like most stars do, we would be able to see the other star too. it doesn't though.
If we were closer to the middle of the galaxy where stars are much closer together, we would see as many stars during the day as we currently do at night, and at night the sky would be lit up by so many stars you would be able to read the newspaper outside without a light at midnight. That's one possibility.
If a star in our neighborhood of the galaxy went supernova during the day, you'd definitely be able to see that too. Betelguise in the constellation Orion is one possibility of a star that could be visible during the day sometime soon, for a short while anyway.
Rarely, a star will get flung out of its normal spot in space - literally a shooting star. This doesn't happen often, especially in our neck of the woods, but it isn't impossible. The star would whiz past the solar system and we would see it traveling across the sky. If it happened to zip by close enough to us, we might be able to see it during the day. It probably wouldn't decide to park near us though, so this would also be temporary.
If the atmosphere were thinner we would all suffocate to death, but it would make it easier to see stars during the day because the sky would darken.What would it take for a star to be visible all day?
It's possible, and in some parts of the galaxy it would actually happen.
The reason you don't see stars during the day is that the sun (which is far closer) is comparatively far brighter, and it outshines all the other stars. This is mainly due to the fact that the Sun is reasonably far away from other stars, at least in galactic terms (the nearest star is over 4 light-years away), so no other stars are bright enough when seen from Earth.
In certain star clusters, the stars are a lot closer together, so they would be easily visible during the day. In a few, there wouldn't even be a "night", as stars are so close together that there'd always be something bright in the sky.
There is probably no star that would be visible during the middle of the day on Earth- there is a limit as to how big a star can get, and no star could be big enough to output that much power. However, supernova explosions and other cosmic events can release quite ridiculous amounts of energy, and some are visible during the day.What would it take for a star to be visible all day?You can see one big star, the sun, during the day. Except in Manchester where it rains a lot.
A total eclipse of the sun would let you see other stars during the day.
If the earth stopped rotating you'd see stars all the time (on the dark side of the earth) but then you'd lose the concept of a day (which is the time it takes the earth to rotate on its axis)What would it take for a star to be visible all day?
The star needs to be quite bright, among the dozen or so brightest stars, and you need to know _exactly_ where to look for it; a telescope is required. I've seen the planet Venus many times in a clear blue sky, and Jupiter once or twice. I have a friend who regularly observes bright stars in daylight with a 6-inch refractor.What would it take for a star to be visible all day?It is possible. Remember though that our sun is also a star. If we wanted to see another star aside from the Sun, then that star should have almost the same candela as our Solar system's star.
Hope this helps.What would it take for a star to be visible all day?
yes if its luminosity is greater than that of the sun
For a different star to be visible all day it would have to be bright enough and close enough. In our part of the galaxy, stars are just too spread out.
If our star had a buddy, like most stars do, we would be able to see the other star too. it doesn't though.
If we were closer to the middle of the galaxy where stars are much closer together, we would see as many stars during the day as we currently do at night, and at night the sky would be lit up by so many stars you would be able to read the newspaper outside without a light at midnight. That's one possibility.
If a star in our neighborhood of the galaxy went supernova during the day, you'd definitely be able to see that too. Betelguise in the constellation Orion is one possibility of a star that could be visible during the day sometime soon, for a short while anyway.
Rarely, a star will get flung out of its normal spot in space - literally a shooting star. This doesn't happen often, especially in our neck of the woods, but it isn't impossible. The star would whiz past the solar system and we would see it traveling across the sky. If it happened to zip by close enough to us, we might be able to see it during the day. It probably wouldn't decide to park near us though, so this would also be temporary.
If the atmosphere were thinner we would all suffocate to death, but it would make it easier to see stars during the day because the sky would darken.What would it take for a star to be visible all day?
It's possible, and in some parts of the galaxy it would actually happen.
The reason you don't see stars during the day is that the sun (which is far closer) is comparatively far brighter, and it outshines all the other stars. This is mainly due to the fact that the Sun is reasonably far away from other stars, at least in galactic terms (the nearest star is over 4 light-years away), so no other stars are bright enough when seen from Earth.
In certain star clusters, the stars are a lot closer together, so they would be easily visible during the day. In a few, there wouldn't even be a "night", as stars are so close together that there'd always be something bright in the sky.
There is probably no star that would be visible during the middle of the day on Earth- there is a limit as to how big a star can get, and no star could be big enough to output that much power. However, supernova explosions and other cosmic events can release quite ridiculous amounts of energy, and some are visible during the day.What would it take for a star to be visible all day?You can see one big star, the sun, during the day. Except in Manchester where it rains a lot.
A total eclipse of the sun would let you see other stars during the day.
If the earth stopped rotating you'd see stars all the time (on the dark side of the earth) but then you'd lose the concept of a day (which is the time it takes the earth to rotate on its axis)What would it take for a star to be visible all day?
The star needs to be quite bright, among the dozen or so brightest stars, and you need to know _exactly_ where to look for it; a telescope is required. I've seen the planet Venus many times in a clear blue sky, and Jupiter once or twice. I have a friend who regularly observes bright stars in daylight with a 6-inch refractor.What would it take for a star to be visible all day?It is possible. Remember though that our sun is also a star. If we wanted to see another star aside from the Sun, then that star should have almost the same candela as our Solar system's star.
Hope this helps.What would it take for a star to be visible all day?
yes if its luminosity is greater than that of the sun
How is the Star Tours ride at Disney Studios?
I am planning a trip to Disney soon and was wondering if the ride is satisfying for a Star Wars fan, or if it is a dissapointment.How is the Star Tours ride at Disney Studios?I rode the ride before watching the movie, and I have to say the ride kicks some serious butt. When I was alot younger it was my favorite ride out of the whole park. To my mind it beat out all the rides in the park. Its a very cool ride, and considering how old it is the technology used still amuses me to this day. Very VERY worth going to in my opinion. I'm not the biggest Star Wars fan, but I'm a huge fan of themed rides and this one near the top of my list
Oh, I have heard rumors of them taking it out for an updated version soon, so you should do your best to ride it when your there, you will regret it in the future =PHow is the Star Tours ride at Disney Studios?
Its actually good. Its not the best or the worst. Sorta in middle. But if your a fan you'll like it. Im not going to give anything away, but when we we're riding it we saw that Sith ship and a little kid (5 i guess) riding with us yelled at the top of his lungs, "DARTH VADER!!!!!!!!"How is the Star Tours ride at Disney Studios?The ride is actually not that bad it is a simulator and it is quite short, but if you are a Star Wars fan than you are in for a treat. If you suffer from motion sickness stay away.How is the Star Tours ride at Disney Studios?
If you've been to Disneyland it is exactly the same as the one there.
It is a pretty fun ride. I don't know if they have changed any of the content. Everything used to be pre-prequel, which should make any fan happy, but I haven't been on it in a few years. I heard something about changes, but I can't be sure. Anyway, it is a virtual reality type ride, where you are in a room that feels like it is moving.How is the Star Tours ride at Disney Studios?I am not too big a Star Wars fan, having only seen one movie from the original Trilogy, but I really, really, enjoy Star Tours. It's one of my favorite Disney rides and a must-ride in my opinion, whether you're a Star Wars fan or not. The flight simulation is excellent and can be appreciated on its own, even by someone who is not familiar with Star Wars at all.How is the Star Tours ride at Disney Studios?
It's fantasic! It's very fun, I was scared my first time going on it last year and it was great! You'll enjoy it!How is the Star Tours ride at Disney Studios?
yh its pretty gd quite short but gd x
Oh, I have heard rumors of them taking it out for an updated version soon, so you should do your best to ride it when your there, you will regret it in the future =PHow is the Star Tours ride at Disney Studios?
Its actually good. Its not the best or the worst. Sorta in middle. But if your a fan you'll like it. Im not going to give anything away, but when we we're riding it we saw that Sith ship and a little kid (5 i guess) riding with us yelled at the top of his lungs, "DARTH VADER!!!!!!!!"How is the Star Tours ride at Disney Studios?The ride is actually not that bad it is a simulator and it is quite short, but if you are a Star Wars fan than you are in for a treat. If you suffer from motion sickness stay away.How is the Star Tours ride at Disney Studios?
If you've been to Disneyland it is exactly the same as the one there.
It is a pretty fun ride. I don't know if they have changed any of the content. Everything used to be pre-prequel, which should make any fan happy, but I haven't been on it in a few years. I heard something about changes, but I can't be sure. Anyway, it is a virtual reality type ride, where you are in a room that feels like it is moving.How is the Star Tours ride at Disney Studios?I am not too big a Star Wars fan, having only seen one movie from the original Trilogy, but I really, really, enjoy Star Tours. It's one of my favorite Disney rides and a must-ride in my opinion, whether you're a Star Wars fan or not. The flight simulation is excellent and can be appreciated on its own, even by someone who is not familiar with Star Wars at all.How is the Star Tours ride at Disney Studios?
It's fantasic! It's very fun, I was scared my first time going on it last year and it was great! You'll enjoy it!How is the Star Tours ride at Disney Studios?
yh its pretty gd quite short but gd x
What are the exact music notes to twinkle twinkle litle star for the flute?
Im in band and i really don't have the notes to twinkle twinkle little star* please tell me them.What are the exact music notes to twinkle twinkle litle star for the flute?It can be played in any scale, so the starting note is arbitrary. It's simplest to play it in C major (at least on the piano -- I don't know what difficulties may exist with the fingering for the flute).
I'll use a "2" suffix on a note name to indicate a half note.
C,C,G,G,A,A,G2,
F,F,E,E,D,D,C2,
G,G,F,F,E,E,D2,
G,G,F,F,E,E,D2,
C,C,G,G,A,A,G2,
F,F,E,E,D,D,C2.What are the exact music notes to twinkle twinkle litle star for the flute?
uh wat about mary had a little lamb aka rolling along
C C B B A A G
D D C C B B A
D D C C B B A
G G D D E E D
C C B B A A G
your welcome :DWhat are the exact music notes to twinkle twinkle litle star for the flute?
http://www.8notes.com/scores/2906.asp?ft鈥?/a>
The home page: http://www.8notes.com/childrens/Default.鈥?/a>What are the exact music notes to twinkle twinkle litle star for the flute?http://www.sheetmusic2print.com/Sub/Folk鈥?/a>bloons tower defense 2
I'll use a "2" suffix on a note name to indicate a half note.
C,C,G,G,A,A,G2,
F,F,E,E,D,D,C2,
G,G,F,F,E,E,D2,
G,G,F,F,E,E,D2,
C,C,G,G,A,A,G2,
F,F,E,E,D,D,C2.What are the exact music notes to twinkle twinkle litle star for the flute?
uh wat about mary had a little lamb aka rolling along
Report Abuse
What are the exact music notes to twinkle twinkle litle star for the flute?G G D D E E D SIXTEENTH REST = you hold these notes long time not quick.C C B B A A G
D D C C B B A
D D C C B B A
G G D D E E D
C C B B A A G
your welcome :DWhat are the exact music notes to twinkle twinkle litle star for the flute?
http://www.8notes.com/scores/2906.asp?ft鈥?/a>
The home page: http://www.8notes.com/childrens/Default.鈥?/a>What are the exact music notes to twinkle twinkle litle star for the flute?http://www.sheetmusic2print.com/Sub/Folk鈥?/a>
How can I make a solid star from my keyboard ?
I know how to make the solid ? heart but that is all. I am from Texas and would like the solid black star by my avatar. As Texas is the Lone Star State.-- Thanks for any help. Blessings to you all.How can I make a solid star from my keyboard ?Here ya go... ★
Cut and paste this, it's the easiest way.How can I make a solid star from my keyboard ?
My keyboard was made in Texas and it has a lone key that is used to enter a star on my monitor screen. I always thought that all keyboards were like this.How can I make a solid star from my keyboard ?on chat/messanger you can make an American flag * * = = with no spaces or a smiley star (*)
there are stars in charactor map ~ in system tools on vista~search for it on windows xp
hope this helpsHow can I make a solid star from my keyboard ?
You don't need it...If you are Texan...you are a Star!!How can I make a solid star from my keyboard ?? I went to Edit- Special Characters-Stars☆???
Cut and paste this, it's the easiest way.How can I make a solid star from my keyboard ?
My keyboard was made in Texas and it has a lone key that is used to enter a star on my monitor screen. I always thought that all keyboards were like this.How can I make a solid star from my keyboard ?on chat/messanger you can make an American flag * * = = with no spaces or a smiley star (*)
there are stars in charactor map ~ in system tools on vista~search for it on windows xp
hope this helpsHow can I make a solid star from my keyboard ?
You don't need it...If you are Texan...you are a Star!!How can I make a solid star from my keyboard ?? I went to Edit- Special Characters-Stars☆???
What do you call the greatest position in which a star rises?
What do you call the greatest position in which a star
reaches as close as it can to our zenith. On a 24
hour scale it would be called "transit" I think? But I
know that the actual transit angel will very from day
to day.
Thin what would you call its lowest position?What do you call the greatest position in which a star rises?The more appropriate term is culmination. When an object transits the meridian at it's highest altitude, it is called upper culmination (or just culmination). When it transits the meridian at it's lowest altitude (usually below the horizon, unless it's circumpolar), it's called lower culmination.What do you call the greatest position in which a star rises?
When a given body reaches it's highest point in the sky you are looking at, it is at upper transit. It is bearing north or south.
When it is at it's lowest point, it is at lower transit.What do you call the greatest position in which a star rises?Im cureos, whi is yure name stur man???What do you call the greatest position in which a star rises?
It is transit. When a star reaches its highest point is is said to be transiting. I believe the term comes from the fact that, at that time, the star is transiting (or crossing) the meridian. More generally, the term transit is used when a body crosses anything. The meridian is the north-south line that passes straight overhead. The altitude (angle above the horizon) does not change day-to-day but the time of transit gets about 4 minutes earlier each day.
The altitude at transit is the 90 degrees plus the star's declination (which is constant) minus the latitude of the observer. This is true for the northern hemisphere, In the southern it is 90 minus declination minus latitude.
By the way, syzygy and nadir are not the terms you want. Syzygy is the alignment of three celestial bodies. An example is an eclipse. Nadir is the point directly below the observer. It is the opposite of zenith. I know of no name for a body at its lowest point.What do you call the greatest position in which a star rises?I thought it was syzygy and nadir respectively but I see I am wrong. Back when I find out!
Um ... isn't a transit when one body passes in front of another in our line of sight, as in the transit of Venus? (Venus is never high up in the sky)What do you call the greatest position in which a star rises?
The highest position a star or celestial body rises in relationship to the earth is called the Meridian... That is also the M. in A.M and P.M. , for the sun is at its meridian at noon...
I am unsure of its lowest position, possible nadir, but that usally references straigh down....
reaches as close as it can to our zenith. On a 24
hour scale it would be called "transit" I think? But I
know that the actual transit angel will very from day
to day.
Thin what would you call its lowest position?What do you call the greatest position in which a star rises?The more appropriate term is culmination. When an object transits the meridian at it's highest altitude, it is called upper culmination (or just culmination). When it transits the meridian at it's lowest altitude (usually below the horizon, unless it's circumpolar), it's called lower culmination.What do you call the greatest position in which a star rises?
When a given body reaches it's highest point in the sky you are looking at, it is at upper transit. It is bearing north or south.
When it is at it's lowest point, it is at lower transit.What do you call the greatest position in which a star rises?Im cureos, whi is yure name stur man???What do you call the greatest position in which a star rises?
It is transit. When a star reaches its highest point is is said to be transiting. I believe the term comes from the fact that, at that time, the star is transiting (or crossing) the meridian. More generally, the term transit is used when a body crosses anything. The meridian is the north-south line that passes straight overhead. The altitude (angle above the horizon) does not change day-to-day but the time of transit gets about 4 minutes earlier each day.
The altitude at transit is the 90 degrees plus the star's declination (which is constant) minus the latitude of the observer. This is true for the northern hemisphere, In the southern it is 90 minus declination minus latitude.
By the way, syzygy and nadir are not the terms you want. Syzygy is the alignment of three celestial bodies. An example is an eclipse. Nadir is the point directly below the observer. It is the opposite of zenith. I know of no name for a body at its lowest point.What do you call the greatest position in which a star rises?I thought it was syzygy and nadir respectively but I see I am wrong. Back when I find out!
Um ... isn't a transit when one body passes in front of another in our line of sight, as in the transit of Venus? (Venus is never high up in the sky)What do you call the greatest position in which a star rises?
The highest position a star or celestial body rises in relationship to the earth is called the Meridian... That is also the M. in A.M and P.M. , for the sun is at its meridian at noon...
I am unsure of its lowest position, possible nadir, but that usally references straigh down....
How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?
The feature of *69 and other Star Numbers have been blocked on the phone I am trying to retrieve a last missed call.
Is there anyway to unblock it and if so, what number do I dial and if not, are there any other services I could use to retrieve the last number that called my landline?How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?you have to call your phone company and add *69 to your accountHow to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?You can't unblock it. Not from an ordinary phone. Unless you're really good with technology and have codes to be able to do all that.
Is there anyway to unblock it and if so, what number do I dial and if not, are there any other services I could use to retrieve the last number that called my landline?How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?you have to call your phone company and add *69 to your accountHow to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?You can't unblock it. Not from an ordinary phone. Unless you're really good with technology and have codes to be able to do all that.
What would a Star Firestar M43 9mm pistol be worth these days?
This is a compact, single action 9mm made by Star which is out of business. It's an all steel compact gun, so it is heavy.
The gun itself would be in very good condition with maybe 500 rounds put through it in it's life time.What would a Star Firestar M43 9mm pistol be worth these days?This is my best guess is.
If it's like new in the box $350 retail,
If you were selling it to an FFL about $200.00
I have the .40, M40 by Interarms ,
great hand gun,
no extra's
shoot's great.What would a Star Firestar M43 9mm pistol be worth these days?Throw some adds around, there is a low demand for that pistol so I'd say about 300$.What would a Star Firestar M43 9mm pistol be worth these days?$300-350
The gun itself would be in very good condition with maybe 500 rounds put through it in it's life time.What would a Star Firestar M43 9mm pistol be worth these days?This is my best guess is.
If it's like new in the box $350 retail,
If you were selling it to an FFL about $200.00
I have the .40, M40 by Interarms ,
great hand gun,
no extra's
shoot's great.What would a Star Firestar M43 9mm pistol be worth these days?Throw some adds around, there is a low demand for that pistol so I'd say about 300$.What would a Star Firestar M43 9mm pistol be worth these days?$300-350
What does a star tattoo above the elbow mean?
Lately I've seen a lot of people with a star tatooed on the back of their arms just above the elbow. Sometimes one arm is done and sometimes both arms.What does a star tattoo above the elbow mean?its just something thats popular right nowWhat does a star tattoo above the elbow mean?
i hope it was a heartagram...him fans like meWhat does a star tattoo above the elbow mean?It might be a heartagram a symbol popularized by the band HIM and skater Bam Margera
A Nautical Star, which can mean alot of things, http://wiki.answers.com/Q/What_do_nautic鈥?/a>
Or just a plain old starWhat does a star tattoo above the elbow mean?
It's probably a gang sign, lol..who knows?What does a star tattoo above the elbow mean?if the star was upside down then it was a pentagram and its for people who are satanist.What does a star tattoo above the elbow mean?
it means someone wanted a star tattoo on their elbow lol :)
and for the record..a pentagram does not always mean you're "satanist"What does a star tattoo above the elbow mean?
Umm it means a star above the elbow? It's just like the star on the ankle or fairy on the back.
It means someone had a little too much tequila one night back in college.word twist
i hope it was a heartagram...him fans like meWhat does a star tattoo above the elbow mean?It might be a heartagram a symbol popularized by the band HIM and skater Bam Margera
A Nautical Star, which can mean alot of things, http://wiki.answers.com/Q/What_do_nautic鈥?/a>
Or just a plain old starWhat does a star tattoo above the elbow mean?
It's probably a gang sign, lol..who knows?What does a star tattoo above the elbow mean?if the star was upside down then it was a pentagram and its for people who are satanist.What does a star tattoo above the elbow mean?
it means someone wanted a star tattoo on their elbow lol :)
and for the record..a pentagram does not always mean you're "satanist"What does a star tattoo above the elbow mean?
Umm it means a star above the elbow? It's just like the star on the ankle or fairy on the back.
It means someone had a little too much tequila one night back in college.
What does a star tattoo above the elbow mean?
Lately I've seen a lot of people with a star tatooed on the back of their arms just above the elbow. Sometimes one arm is done and sometimes both arms.What does a star tattoo above the elbow mean?its just something thats popular right nowWhat does a star tattoo above the elbow mean?
i hope it was a heartagram...him fans like meWhat does a star tattoo above the elbow mean?It might be a heartagram a symbol popularized by the band HIM and skater Bam Margera
A Nautical Star, which can mean alot of things, http://wiki.answers.com/Q/What_do_nautic鈥?/a>
Or just a plain old starWhat does a star tattoo above the elbow mean?
It's probably a gang sign, lol..who knows?What does a star tattoo above the elbow mean?if the star was upside down then it was a pentagram and its for people who are satanist.What does a star tattoo above the elbow mean?
it means someone wanted a star tattoo on their elbow lol :)
and for the record..a pentagram does not always mean you're "satanist"What does a star tattoo above the elbow mean?
Umm it means a star above the elbow? It's just like the star on the ankle or fairy on the back.
It means someone had a little too much tequila one night back in college.
i hope it was a heartagram...him fans like meWhat does a star tattoo above the elbow mean?It might be a heartagram a symbol popularized by the band HIM and skater Bam Margera
A Nautical Star, which can mean alot of things, http://wiki.answers.com/Q/What_do_nautic鈥?/a>
Or just a plain old starWhat does a star tattoo above the elbow mean?
It's probably a gang sign, lol..who knows?What does a star tattoo above the elbow mean?if the star was upside down then it was a pentagram and its for people who are satanist.What does a star tattoo above the elbow mean?
it means someone wanted a star tattoo on their elbow lol :)
and for the record..a pentagram does not always mean you're "satanist"What does a star tattoo above the elbow mean?
Umm it means a star above the elbow? It's just like the star on the ankle or fairy on the back.
It means someone had a little too much tequila one night back in college.
How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?
a.As the star gets bigger, the force of gravity also gets bigger, while the radiation pressure stays the same.
b.The star fuses more hydrogen as it gets near the end of its life, then the fusion of hydrogen is converted to gravity.
c.Near the end of its life, a star runs out of hydrogen to fuse, and fusion is what creates the radiation pressure.
d.Gravity increases with time, so the older a star gets, the more it is affected by the force of gravity.How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?As discussed in my answer at:
http://answers.yahoo.com/question/index;鈥?/a>
the answer is c).
b.The star fuses more hydrogen as it gets near the end of its life, then the fusion of hydrogen is converted to gravity.
c.Near the end of its life, a star runs out of hydrogen to fuse, and fusion is what creates the radiation pressure.
d.Gravity increases with time, so the older a star gets, the more it is affected by the force of gravity.How does the inward force of gravity overcome the outward force of radiation pressure during the end of a star?As discussed in my answer at:
http://answers.yahoo.com/question/index;鈥?/a>
the answer is c).
How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?
The feature of *69 and other Star Numbers have been blocked on the phone I am trying to retrieve a last missed call.
Is there anyway to unblock it and if so, what number do I dial and if not, are there any other services I could use to retrieve the last number that called my landline?How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?you have to call your phone company and add *69 to your accountHow to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?You can't unblock it. Not from an ordinary phone. Unless you're really good with technology and have codes to be able to do all that.
Is there anyway to unblock it and if so, what number do I dial and if not, are there any other services I could use to retrieve the last number that called my landline?How to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?you have to call your phone company and add *69 to your accountHow to unblock calling the "Star" numbers like Star 69? I need to access a Call Return?You can't unblock it. Not from an ordinary phone. Unless you're really good with technology and have codes to be able to do all that.
What would a Star Firestar M43 9mm pistol be worth these days?
This is a compact, single action 9mm made by Star which is out of business. It's an all steel compact gun, so it is heavy.
The gun itself would be in very good condition with maybe 500 rounds put through it in it's life time.What would a Star Firestar M43 9mm pistol be worth these days?This is my best guess is.
If it's like new in the box $350 retail,
If you were selling it to an FFL about $200.00
I have the .40, M40 by Interarms ,
great hand gun,
no extra's
shoot's great.What would a Star Firestar M43 9mm pistol be worth these days?Throw some adds around, there is a low demand for that pistol so I'd say about 300$.What would a Star Firestar M43 9mm pistol be worth these days?$300-350
The gun itself would be in very good condition with maybe 500 rounds put through it in it's life time.What would a Star Firestar M43 9mm pistol be worth these days?This is my best guess is.
If it's like new in the box $350 retail,
If you were selling it to an FFL about $200.00
I have the .40, M40 by Interarms ,
great hand gun,
no extra's
shoot's great.What would a Star Firestar M43 9mm pistol be worth these days?Throw some adds around, there is a low demand for that pistol so I'd say about 300$.What would a Star Firestar M43 9mm pistol be worth these days?$300-350
How much would a tiny purple star tattoo below my ankle cost?
My best friend has a tiny pink star on her right ankle like kinda on her foot, and I'm going to get a tiny purple star in the same place, but on my left ankle/foot. It's a symbol of our friendship to us.
I'm just wondering how much it will cost. It's really tiny, not even an inch tall/wide. Black outline/purple filling.How much would a tiny purple star tattoo below my ankle cost?most shops charge a fee of 50 dollars to do small tattoo's that will take 45 minutes or less. The cost covers the price of the fresh needle, as well as the time it takes them to set up and break down their station. You might be able to find a place that does it cheaper, but I would say 50 dollars would be average for a small tattoo.How much would a tiny purple star tattoo below my ankle cost?Most places you go will have a minimum price. Usually between $20-50. This covers the cost of labor and materials.How much would a tiny purple star tattoo below my ankle cost?Most places have a min charge $35-50 normally.valvoline instant oil change
I'm just wondering how much it will cost. It's really tiny, not even an inch tall/wide. Black outline/purple filling.How much would a tiny purple star tattoo below my ankle cost?most shops charge a fee of 50 dollars to do small tattoo's that will take 45 minutes or less. The cost covers the price of the fresh needle, as well as the time it takes them to set up and break down their station. You might be able to find a place that does it cheaper, but I would say 50 dollars would be average for a small tattoo.How much would a tiny purple star tattoo below my ankle cost?Most places you go will have a minimum price. Usually between $20-50. This covers the cost of labor and materials.How much would a tiny purple star tattoo below my ankle cost?Most places have a min charge $35-50 normally.
At ? rate a star transfer its energy and What mass frac has star lost in the way?
A certain star has a mass of 3.2*10^30 kg and radiates energy at the rate of 7.4*10^26 Watts (a) At what rate does the star transfer its mass to other forms of energy? (b) What fraction of its original mass has the star lost in this way since it began to burn hydrogen, 5.2*10^9 years ago?At ? rate a star transfer its energy and What mass frac has star lost in the way?This is an E=mc^2 question.
c^2 is approximately 9 x 10^16 m^2 s^-2.
1 W = 1 J/s. 1 J = 1 kg m^2 s^-2.
Thus 7.4 x 10^26 W is the conversion of about 8.2 x 10^9 kg of matter into energy every second.
5.2 x 10^9 years is 5.2 x 10^9 x 365.24219 x 24 x 3600 seconds = 1.64 x 10^17 seconds.
Consuming matter at 8.2 x 10^9 kg/s over that time leads to the total consumption of 1.35 x 10^27 kg of matter. Which is 0.0004 times the total mass of the star or 0.04%.
c^2 is approximately 9 x 10^16 m^2 s^-2.
1 W = 1 J/s. 1 J = 1 kg m^2 s^-2.
Thus 7.4 x 10^26 W is the conversion of about 8.2 x 10^9 kg of matter into energy every second.
5.2 x 10^9 years is 5.2 x 10^9 x 365.24219 x 24 x 3600 seconds = 1.64 x 10^17 seconds.
Consuming matter at 8.2 x 10^9 kg/s over that time leads to the total consumption of 1.35 x 10^27 kg of matter. Which is 0.0004 times the total mass of the star or 0.04%.
Why do people ask others to star their questions?
I have noticed that alot of people ask those that answer their questions to give them a star if they like it. Why is that? Do you get something for getting stars?Why do people ask others to star their questions?The only thing that people get from getting stars is the knowledge that people find their question interesting. People who ask for stars on here are nothing more than attention whores who are trying to get noticed on here. Probably the only acceptable reason for this is if they tell a joke, they ask you to star it if you like it.Why do people ask others to star their questions?
Nice
you get nothing for stars, and noone gets anything by starring a question.Why do people ask others to star their questions?
hhhhehehe i just starred thisWhy do people ask others to star their questions?Not realy sure just answerd this question to get to level 3 yey!
Nice
Report Abuse
Why do people ask others to star their questions?i think it is because some people just enjoy getting stars, or are trying to get "the most amount of stars ever!"you get nothing for stars, and noone gets anything by starring a question.Why do people ask others to star their questions?
hhhhehehe i just starred thisWhy do people ask others to star their questions?Not realy sure just answerd this question to get to level 3 yey!
What are 3 different ships Han Solo piloted in the Star Wars series?
I need to know at least 3 different ships Han Solo piloted in star wars and prefferably when he piloted them.
Thanks!What are 3 different ships Han Solo piloted in the Star Wars series?His primary ship that he used throughtout his life was a Y-1300 stock light freighter called the Millenium Falcon. He got the ship from Lando Calrissian before A New Hope and used it to carry out his smuggling operations. He flew the ship in A New Hope, The Empire Strikes Back, and Return of the Jedi.
During Return of the Jedi Solo piloted a caputured Imperial Lambda-class T-4a shuttle called the Tydirium onto the Forest Moon of Endor, carrying the rebel strike team he was in charge of.
He did not pilot any other starships during any of the films. However it has been noted through other material, mainly books, that Solo was at one point a swoop bike champion and former Imperial Academy student. Therefore it is safe to assume that he piloted swoop bikes aswell as various Imperial craft prior to A New Hope.
I hope this helps a lot.What are 3 different ships Han Solo piloted in the Star Wars series?
Millenium FALCON is the only one i no of??What are 3 different ships Han Solo piloted in the Star Wars series?Y-1300 (Falcon)
Imperial Shuttle
I believe there were only 2 as he piloted the falcon in New Hope, was frozen in carbonite most of Empire, and he flew the shuttle to Endor, leading the main ground assault.What are 3 different ships Han Solo piloted in the Star Wars series?
Millenium Falcon--a New Hope and The Empire Strikes Back
the imperial ship in the Return of the Jedi to get to the mood of Endor--no idea what the name is
can't think of another one.What are 3 different ships Han Solo piloted in the Star Wars series?1. The Millenium Falcon (Star Wars A New Hope, Empire Strikes Back and Return of the Jedi)
2. Emperial Fighter (Return of the Jedi)
3. He used a Ton Ton in Empire Strikes back when he was looking for Luke in the blizzard on Hoth (not really "piloting a ship")What are 3 different ships Han Solo piloted in the Star Wars series?
1. Millennium Falcon (during Episodes 4 and 5)
2. Imperial shuttle (on the way to the moon of Endor)
3. AT-ST (just to trick the Imperials into opening the door)What are 3 different ships Han Solo piloted in the Star Wars series?
Spot the nerd! hahahaha great answer!
I love Star Wars too
Thanks!What are 3 different ships Han Solo piloted in the Star Wars series?His primary ship that he used throughtout his life was a Y-1300 stock light freighter called the Millenium Falcon. He got the ship from Lando Calrissian before A New Hope and used it to carry out his smuggling operations. He flew the ship in A New Hope, The Empire Strikes Back, and Return of the Jedi.
During Return of the Jedi Solo piloted a caputured Imperial Lambda-class T-4a shuttle called the Tydirium onto the Forest Moon of Endor, carrying the rebel strike team he was in charge of.
He did not pilot any other starships during any of the films. However it has been noted through other material, mainly books, that Solo was at one point a swoop bike champion and former Imperial Academy student. Therefore it is safe to assume that he piloted swoop bikes aswell as various Imperial craft prior to A New Hope.
I hope this helps a lot.What are 3 different ships Han Solo piloted in the Star Wars series?
Millenium FALCON is the only one i no of??What are 3 different ships Han Solo piloted in the Star Wars series?Y-1300 (Falcon)
Imperial Shuttle
I believe there were only 2 as he piloted the falcon in New Hope, was frozen in carbonite most of Empire, and he flew the shuttle to Endor, leading the main ground assault.What are 3 different ships Han Solo piloted in the Star Wars series?
Millenium Falcon--a New Hope and The Empire Strikes Back
the imperial ship in the Return of the Jedi to get to the mood of Endor--no idea what the name is
can't think of another one.What are 3 different ships Han Solo piloted in the Star Wars series?1. The Millenium Falcon (Star Wars A New Hope, Empire Strikes Back and Return of the Jedi)
2. Emperial Fighter (Return of the Jedi)
3. He used a Ton Ton in Empire Strikes back when he was looking for Luke in the blizzard on Hoth (not really "piloting a ship")What are 3 different ships Han Solo piloted in the Star Wars series?
1. Millennium Falcon (during Episodes 4 and 5)
2. Imperial shuttle (on the way to the moon of Endor)
3. AT-ST (just to trick the Imperials into opening the door)What are 3 different ships Han Solo piloted in the Star Wars series?
Spot the nerd! hahahaha great answer!
I love Star Wars too
Why does this section go crazy when a star misses a game winner?
I noticed every time a star player misses a game winner every one comes on here and labels that star as a "choker". In the last 5 minutes I've seen multiple question about the Lakers game and Kobe. It almost seems like it the star misses the shot he is automatically a choker.Why does this section go crazy when a star misses a game winner?What up Cyrusman,
Haters and haters and that's what they'll do. Kobe did not have a good night and i'd still trust him to make it 4 out of 7 times in a 7 game series- and i don't see anyone beating the Lakers 4 times when the playoffs come.
NicksterWhy does this section go crazy when a star misses a game winner?
-.Short and simple answer = because half of Section hates the Lakers and the best thing they do is come here at a bad time, as now, just for unleash their hate and make al kind of jokes about Kobe.
-.Full version answer = 100% agree with Nickster.
--------------------------------------鈥?/div> Why does this section go crazy when a star misses a game winner?when lebron misses a shot:
HE SUCKS
when kobe misses:
OH WELL IT WAS ONLY A REGULAR SEASON GAME YOU CANT MAKE ALL OF THEM
THE BALL WAS TOO SLIPPERLY L,MAOWhy does this section go crazy when a star misses a game winner?
What airwarrior saidWhy does this section go crazy when a star misses a game winner?Lebron or Kobe?Why does this section go crazy when a star misses a game winner?
Haters.
Thats all.If your a fan than appreciate but hating is stupid.
Haters and haters and that's what they'll do. Kobe did not have a good night and i'd still trust him to make it 4 out of 7 times in a 7 game series- and i don't see anyone beating the Lakers 4 times when the playoffs come.
NicksterWhy does this section go crazy when a star misses a game winner?
-.Short and simple answer = because half of Section hates the Lakers and the best thing they do is come here at a bad time, as now, just for unleash their hate and make al kind of jokes about Kobe.
-.Full version answer = 100% agree with Nickster.
--------------------------------------鈥?/div> Why does this section go crazy when a star misses a game winner?when lebron misses a shot:
HE SUCKS
when kobe misses:
OH WELL IT WAS ONLY A REGULAR SEASON GAME YOU CANT MAKE ALL OF THEM
THE BALL WAS TOO SLIPPERLY L,MAOWhy does this section go crazy when a star misses a game winner?
What airwarrior saidWhy does this section go crazy when a star misses a game winner?Lebron or Kobe?Why does this section go crazy when a star misses a game winner?
Haters.
Thats all.If your a fan than appreciate but hating is stupid.
If you finish Star Wars The Force Unleashed II can you start over with all you powers?
If you finish Star Wars The Force Unleashed II can you start over with all you powers?If you finish Star Wars The Force Unleashed II can you start over with all you powers?nopembusa
Friday, January 27, 2012
Why does this section go crazy when a star misses a game winner?
I noticed every time a star player misses a game winner every one comes on here and labels that star as a "choker". In the last 5 minutes I've seen multiple question about the Lakers game and Kobe. It almost seems like it the star misses the shot he is automatically a choker.Why does this section go crazy when a star misses a game winner?What up Cyrusman,
Haters and haters and that's what they'll do. Kobe did not have a good night and i'd still trust him to make it 4 out of 7 times in a 7 game series- and i don't see anyone beating the Lakers 4 times when the playoffs come.
NicksterWhy does this section go crazy when a star misses a game winner?
-.Short and simple answer = because half of Section hates the Lakers and the best thing they do is come here at a bad time, as now, just for unleash their hate and make al kind of jokes about Kobe.
-.Full version answer = 100% agree with Nickster.
--------------------------------------鈥?/div> Why does this section go crazy when a star misses a game winner?when lebron misses a shot:
HE SUCKS
when kobe misses:
OH WELL IT WAS ONLY A REGULAR SEASON GAME YOU CANT MAKE ALL OF THEM
THE BALL WAS TOO SLIPPERLY L,MAOWhy does this section go crazy when a star misses a game winner?
What airwarrior saidWhy does this section go crazy when a star misses a game winner?Lebron or Kobe?Why does this section go crazy when a star misses a game winner?
Haters.
Thats all.If your a fan than appreciate but hating is stupid.
Haters and haters and that's what they'll do. Kobe did not have a good night and i'd still trust him to make it 4 out of 7 times in a 7 game series- and i don't see anyone beating the Lakers 4 times when the playoffs come.
NicksterWhy does this section go crazy when a star misses a game winner?
-.Short and simple answer = because half of Section hates the Lakers and the best thing they do is come here at a bad time, as now, just for unleash their hate and make al kind of jokes about Kobe.
-.Full version answer = 100% agree with Nickster.
--------------------------------------鈥?/div> Why does this section go crazy when a star misses a game winner?when lebron misses a shot:
HE SUCKS
when kobe misses:
OH WELL IT WAS ONLY A REGULAR SEASON GAME YOU CANT MAKE ALL OF THEM
THE BALL WAS TOO SLIPPERLY L,MAOWhy does this section go crazy when a star misses a game winner?
What airwarrior saidWhy does this section go crazy when a star misses a game winner?Lebron or Kobe?Why does this section go crazy when a star misses a game winner?
Haters.
Thats all.If your a fan than appreciate but hating is stupid.
If you finish Star Wars The Force Unleashed II can you start over with all you powers?
If you finish Star Wars The Force Unleashed II can you start over with all you powers?If you finish Star Wars The Force Unleashed II can you start over with all you powers?nope
What is the difference between the showdown and the all star race?
I'm kind of confused. When I look on the schedule they are both on the same day and one is at 7:30pm and the other one is at 9pm. Does any of them count against points? I know the all star does not but what about the showdown? And is the showdown like only 100 laps or something?What is the difference between the showdown and the all star race?The All-Star race is where race winners from last year and this year, along with NASCAR champions and All-Star race winners from the last 10 years, compete for one million dollars in a 100 lap non-points race consisting of 4 segments.
The Showdown is basically a race where the drivers that are not eligible for the All-Star race compete in to try to race their way into the All-Star race. The Showdown is only 40 laps with 2 segments lasting 20 laps each. Like the All-Star race, the Showdown is not for points. The top 2 finishers of the Showdown earn their way into the All-Star race along with a fan vote winner who is later revealed during driver intros.What is the difference between the showdown and the all star race?The showdown is for the drivers who are not eligible to race in the all star race. So in the showdown they can race their way into the all star race.What is the difference between the showdown and the all star race?The Sprint Showdown is a race which is held as a last chance for drivers to race their way into the All Star race later that night. Both races are not points races. Can't remember the amt of laps in the Showdown off hand, but the All Star race is 100 laps broken into 4 segments. 50 laps, 20 laps, 20 laps %26amp; 10 laps.
In the Sprint Showdown the top 2 finishers %26amp; 1 fan voted driver advance to the All Star Race.
The Showdown is basically a race where the drivers that are not eligible for the All-Star race compete in to try to race their way into the All-Star race. The Showdown is only 40 laps with 2 segments lasting 20 laps each. Like the All-Star race, the Showdown is not for points. The top 2 finishers of the Showdown earn their way into the All-Star race along with a fan vote winner who is later revealed during driver intros.What is the difference between the showdown and the all star race?The showdown is for the drivers who are not eligible to race in the all star race. So in the showdown they can race their way into the all star race.What is the difference between the showdown and the all star race?The Sprint Showdown is a race which is held as a last chance for drivers to race their way into the All Star race later that night. Both races are not points races. Can't remember the amt of laps in the Showdown off hand, but the All Star race is 100 laps broken into 4 segments. 50 laps, 20 laps, 20 laps %26amp; 10 laps.
In the Sprint Showdown the top 2 finishers %26amp; 1 fan voted driver advance to the All Star Race.
What's the most official site for buying a star for someone as a gift?
Although buying and naming a star for someone isn't recognized by NASA which means it's just recognized by the company you buy it from, I still think it's romantic and want to do it. I'm trying to find the most official website for it but they're all out of my price range for not being real. Does anyone know the most legit, but still cheap website for this?What's the most official site for buying a star for someone as a gift?TRY GOOGLING "STAR REGISTRY!"What's the most official site for buying a star for someone as a gift?good idea
Go to starregistry.com or buyastar.com and you can purchase stars for someone on their website
Report Abuse
What's the most official site for buying a star for someone as a gift?why in the heck would u buy a star that might be the dumbest thing i have ever heard, they prolly just sell the same star to different ppl that r dumb enought to waste ur money on themWhat's the most official site for buying a star for someone as a gift?Go to starregistry.com or buyastar.com and you can purchase stars for someone on their website
Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?
A made a bet that i could stump a friend with star wars trivia and he didn't know that the Fett's wore mandalorian armor. The one stipulation was that the question had to be able to be from the movies. So where in the movies does it say this?Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?Sorry "Kevin K" and "Jason" but "Michael" is correct. It is NEVER mentioned in any of the live action films that the Fetts are even Mandalorians let alone that they wear Mandalorian armor. All Obi-Wan says about Jango in ep II is that he is a Bounty Hunter ... never says anything about anything "Mandalorian". I don't believe it is mentioned in the Star Wars The Clone Wars animated movie but it is mentioned numerous times in the series on the Cartoon Network of the same name.
So ... either you both owe each other a beer because your question wasn't something from the movies and he didn't know the answer anyways ... or ... it's a white wash as the one stipulation of it being from the movies wasn't followed.
I do have to thank you though ... it gave me a good reason to skim through the movie again to make sure I was right ... lol ... any reason to watch a SW movie again is a good reason.
May The Force Be With You ...
.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?The only one that I can think of would be Episode 2 when Obi Wan tours the cloning factory. I think they mention it when discussing the choice to use Jango Fett as the genetic source for the clones or when Obi Wan meets Jango. Either way it just slides right by and nobody makes a big deal of it.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?I'm fairly certain that it never mentions the mandalorian armor in the movies. I know it is referenced in the Clone wars tv series however.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?
Im with Kevin. Ep 2. Its never mentioned in 4-6 but I know its mentioned on Kaminolund boats
So ... either you both owe each other a beer because your question wasn't something from the movies and he didn't know the answer anyways ... or ... it's a white wash as the one stipulation of it being from the movies wasn't followed.
I do have to thank you though ... it gave me a good reason to skim through the movie again to make sure I was right ... lol ... any reason to watch a SW movie again is a good reason.
May The Force Be With You ...
.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?The only one that I can think of would be Episode 2 when Obi Wan tours the cloning factory. I think they mention it when discussing the choice to use Jango Fett as the genetic source for the clones or when Obi Wan meets Jango. Either way it just slides right by and nobody makes a big deal of it.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?I'm fairly certain that it never mentions the mandalorian armor in the movies. I know it is referenced in the Clone wars tv series however.Where in the Star Wars movies does it mention that Jango or Boba Fett are Mandalorian?
Im with Kevin. Ep 2. Its never mentioned in 4-6 but I know its mentioned on Kamino
How do you get rid of saved character costumes on star wars the force unleashed?
I activated two character costume codes( Mace Windu %26amp; Emperor Palpatine) on Star Wars The Force Unleashed (on the Wii) and saved it, and now I noticed that I'm only missing those two characters on duel mode and I already beat the game. Can someone help me out?
Thank you for your help. How do you get rid of saved character costumes on star wars the force unleashed?First of all you can't get emperor palpatine for vs. mode.
If you beat it only once you will have 1 space missing.
You need to beat it again but on a diff. side.
emperor palpatine-light side (ceremonial Jedi Robes costume)
Darth vader- dark side (Sith stalker armor)
It has to be at the end dat is when u make ur choice.
choosing a diff. side might also result in getting mace windu.How do you get rid of saved character costumes on star wars the force unleashed?have you tried re-doing the cheat?
or
have you tried going through story and beating the levels necessary to get them?
Mace windu:
beat nar shaddaa
Emperor:
he is not in duel mode?
by re-entering the cheat you can turn off the cheat then do it again and the cheat will be activated
when i finished it i did the cheat for all charactersin sp (which also turned out to be in multiplayer) and i lost nothingHow do you get rid of saved character costumes on star wars the force unleashed?Maybe you didnt beat the right ending to unlock lock them. try beating the game again but this time go for the other ending.How do you get rid of saved character costumes on star wars the force unleashed?
you messed up big time. your were supposed to go for the evil ending to get both mace windu and emporer palpatine
Thank you for your help. How do you get rid of saved character costumes on star wars the force unleashed?First of all you can't get emperor palpatine for vs. mode.
If you beat it only once you will have 1 space missing.
You need to beat it again but on a diff. side.
emperor palpatine-light side (ceremonial Jedi Robes costume)
Darth vader- dark side (Sith stalker armor)
It has to be at the end dat is when u make ur choice.
choosing a diff. side might also result in getting mace windu.How do you get rid of saved character costumes on star wars the force unleashed?have you tried re-doing the cheat?
or
have you tried going through story and beating the levels necessary to get them?
Mace windu:
beat nar shaddaa
Emperor:
he is not in duel mode?
by re-entering the cheat you can turn off the cheat then do it again and the cheat will be activated
when i finished it i did the cheat for all charactersin sp (which also turned out to be in multiplayer) and i lost nothingHow do you get rid of saved character costumes on star wars the force unleashed?Maybe you didnt beat the right ending to unlock lock them. try beating the game again but this time go for the other ending.How do you get rid of saved character costumes on star wars the force unleashed?
you messed up big time. your were supposed to go for the evil ending to get both mace windu and emporer palpatine
What happens when a black hole collides directly into a star?
The black hole goes straight through the inner core of the star, and comes out the other side.
What would happen?What happens when a black hole collides directly into a star?The black hole will have far greater mass than the star so before the 2 are anywhere near one another, the star is being wrenched out of it's galactic orbit and drawn in towards the black hole. (if a black hole entered our solar system, we'd all be ripped apart on earth by it's tidal forces before the black hole has reached as close as the orbit of neptune!)
Then the star begins to orbit the black, as it falls towards it's event horizon. Gases from the star will be sucked out of the star like string being unwound from a ball and gobbled up. Here's an image of what it would be like:
http://en.wikipedia.org/wiki/File:Accret鈥?/a>
Your scenario can't really occur as I don't think gravity would allow it to happen (due to a feature known as the conservation of angular momentum).
What could happen if the star and black hole are charging at each other fast enough and momentum is fast enough to break orbit is the star will disintegrate violently and it's gasses will form a spiralling funnelling nebula around the black hole like a bizarre celestial trumpet.
The end result is always the same score though.
Black Hole: One
Star: Nil.What happens when a black hole collides directly into a star?
if the black hole were small enough and fast enough to come out the other side it would turn the sun into a giant funnel. It might look like a doughnut if you were on the side it went in... you'd see the hole and the darkness at the center... it would look like a cone from the side as the black hole moves away trailing the gases from the star. If the black hole were either slower or bigger, it would just swallow the sun.... MOST likely there would be a LOT of spinning involved since getting two celestial bodies in motion to line up is a LOT harder than threading a needleWhat happens when a black hole collides directly into a star?No, that's not what happens. The star would get sucked 'into' the black hole, ripped apart, and crushed down to become part of the black hole. In fact, we even saw it happening a few weeks ago.
http://blogs.discovermagazine.com/badast鈥?/a>What happens when a black hole collides directly into a star?
The gravity of a black hole is much stronger than a star, so any collision of a star and black hole results in the star being shredded by tidal effects - the matter of the star could spiral into an accretion disk, or be drawn into the black hole's event horizon directly.What happens when a black hole collides directly into a star?Black holes do not technically collide with anything because they are not material objects. Stars are disintegrated before ever reaching a black hole. Your scenario does not seem ever possible. Black holes do not go through stars they disintegrate them before they even reach the actual black hole.What happens when a black hole collides directly into a star?
Stars would spiral into a black hole, not fall straight into it, except for an extremely small probability. ALL black holes rotate.What happens when a black hole collides directly into a star?
I Think Your Question Is Worded The Wrong Way Round To Start , The Gravitational Pull Of The Black Hole Would Make Your Question Wrong , You Want To Ask : "What Happens When A Star Is Sucked Into A Black Hole?"
To Answer Your Question...No One Knows , Everything People Say , Is Made Up
What would happen?What happens when a black hole collides directly into a star?The black hole will have far greater mass than the star so before the 2 are anywhere near one another, the star is being wrenched out of it's galactic orbit and drawn in towards the black hole. (if a black hole entered our solar system, we'd all be ripped apart on earth by it's tidal forces before the black hole has reached as close as the orbit of neptune!)
Then the star begins to orbit the black, as it falls towards it's event horizon. Gases from the star will be sucked out of the star like string being unwound from a ball and gobbled up. Here's an image of what it would be like:
http://en.wikipedia.org/wiki/File:Accret鈥?/a>
Your scenario can't really occur as I don't think gravity would allow it to happen (due to a feature known as the conservation of angular momentum).
What could happen if the star and black hole are charging at each other fast enough and momentum is fast enough to break orbit is the star will disintegrate violently and it's gasses will form a spiralling funnelling nebula around the black hole like a bizarre celestial trumpet.
The end result is always the same score though.
Black Hole: One
Star: Nil.What happens when a black hole collides directly into a star?
if the black hole were small enough and fast enough to come out the other side it would turn the sun into a giant funnel. It might look like a doughnut if you were on the side it went in... you'd see the hole and the darkness at the center... it would look like a cone from the side as the black hole moves away trailing the gases from the star. If the black hole were either slower or bigger, it would just swallow the sun.... MOST likely there would be a LOT of spinning involved since getting two celestial bodies in motion to line up is a LOT harder than threading a needleWhat happens when a black hole collides directly into a star?No, that's not what happens. The star would get sucked 'into' the black hole, ripped apart, and crushed down to become part of the black hole. In fact, we even saw it happening a few weeks ago.
http://blogs.discovermagazine.com/badast鈥?/a>What happens when a black hole collides directly into a star?
The gravity of a black hole is much stronger than a star, so any collision of a star and black hole results in the star being shredded by tidal effects - the matter of the star could spiral into an accretion disk, or be drawn into the black hole's event horizon directly.What happens when a black hole collides directly into a star?Black holes do not technically collide with anything because they are not material objects. Stars are disintegrated before ever reaching a black hole. Your scenario does not seem ever possible. Black holes do not go through stars they disintegrate them before they even reach the actual black hole.What happens when a black hole collides directly into a star?
Stars would spiral into a black hole, not fall straight into it, except for an extremely small probability. ALL black holes rotate.What happens when a black hole collides directly into a star?
I Think Your Question Is Worded The Wrong Way Round To Start , The Gravitational Pull Of The Black Hole Would Make Your Question Wrong , You Want To Ask : "What Happens When A Star Is Sucked Into A Black Hole?"
To Answer Your Question...No One Knows , Everything People Say , Is Made Up
What is the nomenclature for a Star wars fan?
I know the Star Trek term is Trekkies, but what are Star Wars fans considered?
Also, what is Transformer fan?
Firefly fan?
Battlestar Galactica fan?What is the nomenclature for a Star wars fan?Not sure about the other groups but I know fans of Transformers are often called called Transfans.What is the nomenclature for a Star wars fan?I THOUGHT nomenclature was the naming of different organic compounds (carbon based) with/without the presence of funtional groupsWhat is the nomenclature for a Star wars fan?We're all SCI-FI freaks... period
Also, what is Transformer fan?
Firefly fan?
Battlestar Galactica fan?What is the nomenclature for a Star wars fan?Not sure about the other groups but I know fans of Transformers are often called called Transfans.What is the nomenclature for a Star wars fan?I THOUGHT nomenclature was the naming of different organic compounds (carbon based) with/without the presence of funtional groupsWhat is the nomenclature for a Star wars fan?We're all SCI-FI freaks... period
How do astrophysicists determine how long ago starlight left its star and reached our planet?
How do they know if star light took a billion years to reach us?How do astrophysicists determine how long ago starlight left its star and reached our planet?If is star is close enough, simple geometry can be used to determine distance. The angle through which a star apparently moves as the earth moves from one side of its orbit to the other can be measured and the distance determined.
Most stars, however, are not near enough for that. So other techniques are used. Some stars vary in brightness, they expand and contract in size, in a rhythm directly proportional to their actual, or absolute, brightness. From a star's absolute brightness, or luminosity, the distance to the star can be calculated.
Yet another way, is to look at the spectrum of a star. Many stars with the same spectrum turn out to have the same luminosity. So, a really dim star with a certain spectrum will have a determinate luminosity, and so its distance can be calculated.
This last method, while widely used, has its problems. If the light of the star goes through dust and gas, it may appear dimmer than it actually is, and so its distance appears greater than it actually is. Consequently, mapping regions of the galaxy with lots of dust and gas is important to astronomers who try to estimate the distance to stars.
HTH
CharlesHow do astrophysicists determine how long ago starlight left its star and reached our planet?They can compare the readings they get from x-rays, light and other sources from that start to determine its distance, and then it is just a simple v*t = d problem... for the most part.How do astrophysicists determine how long ago starlight left its star and reached our planet?the speed of light is known from laboratory measurements.
the distance to the star is determined by various measurements.How do astrophysicists determine how long ago starlight left its star and reached our planet?
Depending on how far away it is, you can use several different methods.
For stars relatively close to us, we can use parallax. That's where you take measurements 6 months apart, so the earth is on opposite sides of the sun. And you calculate a massive triangle, knowing the angles and the distance between the earths two points in its orbit.
When they're further away, you can use Cepheid variable stars, and further out again, you can use certain types of supernovae.
Most stars, however, are not near enough for that. So other techniques are used. Some stars vary in brightness, they expand and contract in size, in a rhythm directly proportional to their actual, or absolute, brightness. From a star's absolute brightness, or luminosity, the distance to the star can be calculated.
Yet another way, is to look at the spectrum of a star. Many stars with the same spectrum turn out to have the same luminosity. So, a really dim star with a certain spectrum will have a determinate luminosity, and so its distance can be calculated.
This last method, while widely used, has its problems. If the light of the star goes through dust and gas, it may appear dimmer than it actually is, and so its distance appears greater than it actually is. Consequently, mapping regions of the galaxy with lots of dust and gas is important to astronomers who try to estimate the distance to stars.
HTH
CharlesHow do astrophysicists determine how long ago starlight left its star and reached our planet?They can compare the readings they get from x-rays, light and other sources from that start to determine its distance, and then it is just a simple v*t = d problem... for the most part.How do astrophysicists determine how long ago starlight left its star and reached our planet?the speed of light is known from laboratory measurements.
the distance to the star is determined by various measurements.How do astrophysicists determine how long ago starlight left its star and reached our planet?
Depending on how far away it is, you can use several different methods.
For stars relatively close to us, we can use parallax. That's where you take measurements 6 months apart, so the earth is on opposite sides of the sun. And you calculate a massive triangle, knowing the angles and the distance between the earths two points in its orbit.
When they're further away, you can use Cepheid variable stars, and further out again, you can use certain types of supernovae.
Are the scientific calculations for the habitable zone based on just our star the sun?
Our habitable zone is according to our SUN.
If there is a star with a planetary system like ours, but this star many times bigger than our sun, does that mean the habitable zone for that star is greater, or is it just all about the distance?
Basically, are the habitable zones dependent to size and of each star or distance?
What about energy, we know that there are stars that are much more brighter and hotter than our sun, does this affects a solar system habitable zone?Are the scientific calculations for the habitable zone based on just our star the sun?No, astronomers can calculate the habitable zone for any star if they know its luminosity. By the way, Ken is completely wrong to say that the habitable zones of Red Giants and larger stars are closer in than with the Sun. Red Giants may have cooler surface temperatures, but they are many times more luminous than the Sun because they are so big. Therefore, their habitable zones will be farther out. Habitable zones are not fixed, they migrate as a star ages. When our Sun was younger, the habitable zone was slightly closer in, and as it ages it will move out. At some stage, it will move out beyond the Earth, whereupon all life on this planet will cease.
For a very good explanation of habitable zones, follow my link.Are the scientific calculations for the habitable zone based on just our star the sun?The habitable zone just reflects the range where water will remain liquid on a surface (with an atmosphere roughly the same as our own).
Larger stars (red giants specifically) emit lower amounts of EMR, and the habitable zone will be nearer to that star rather than a younger, warmer star like our sun.
Habitable zone is just a guess though really, since we have only our type of life which we consider. Also, the state of water depends on pressure as well as temperature. You can have liquid water miles under a surface, on a world that is much distance from the habitable zone.
But when we are looking for "other earths", we are looking exclusively in that zone.Are the scientific calculations for the habitable zone based on just our star the sun?The habitable zone put simply is the temperate zone where water can exsits. They can calculate that distance from the star by looking at its temperature and using the inverse square lawAre the scientific calculations for the habitable zone based on just our star the sun?
No. Habitable zones are calculated based on the peak black-body radiation and temperature of the particular star, the distances from the star, and the triple point of water, 0 degrees Celsius, 32 degrees Fahrenheit, 273. whatever degrees Kelvin.planet hollywood
If there is a star with a planetary system like ours, but this star many times bigger than our sun, does that mean the habitable zone for that star is greater, or is it just all about the distance?
Basically, are the habitable zones dependent to size and of each star or distance?
What about energy, we know that there are stars that are much more brighter and hotter than our sun, does this affects a solar system habitable zone?Are the scientific calculations for the habitable zone based on just our star the sun?No, astronomers can calculate the habitable zone for any star if they know its luminosity. By the way, Ken is completely wrong to say that the habitable zones of Red Giants and larger stars are closer in than with the Sun. Red Giants may have cooler surface temperatures, but they are many times more luminous than the Sun because they are so big. Therefore, their habitable zones will be farther out. Habitable zones are not fixed, they migrate as a star ages. When our Sun was younger, the habitable zone was slightly closer in, and as it ages it will move out. At some stage, it will move out beyond the Earth, whereupon all life on this planet will cease.
For a very good explanation of habitable zones, follow my link.Are the scientific calculations for the habitable zone based on just our star the sun?The habitable zone just reflects the range where water will remain liquid on a surface (with an atmosphere roughly the same as our own).
Larger stars (red giants specifically) emit lower amounts of EMR, and the habitable zone will be nearer to that star rather than a younger, warmer star like our sun.
Habitable zone is just a guess though really, since we have only our type of life which we consider. Also, the state of water depends on pressure as well as temperature. You can have liquid water miles under a surface, on a world that is much distance from the habitable zone.
But when we are looking for "other earths", we are looking exclusively in that zone.Are the scientific calculations for the habitable zone based on just our star the sun?The habitable zone put simply is the temperate zone where water can exsits. They can calculate that distance from the star by looking at its temperature and using the inverse square lawAre the scientific calculations for the habitable zone based on just our star the sun?
No. Habitable zones are calculated based on the peak black-body radiation and temperature of the particular star, the distances from the star, and the triple point of water, 0 degrees Celsius, 32 degrees Fahrenheit, 273. whatever degrees Kelvin.
Have we ever discovered a star system with one large star and then smaller stars orbiting it?
I'm just curious, cos I know the largest star we know of makes the Sun look like a spec of dust so it seems plausable you could have smaller stars orbiting these gigantic stars.
Have any such systems been discovered?Have we ever discovered a star system with one large star and then smaller stars orbiting it?yeHave we ever discovered a star system with one large star and then smaller stars orbiting it?
Lily -
We can state with some assurance that:
1. The Sun is a slightly-larger-than-average-star.
2. Most of the stars that we can see with the naked eye (i.e. most of the stars with which we are familiar) are larger than our Sun.
3. This means that there are a lot of stars that are smaller than our Sun that we cannot see. They are too small and too dim.
4. More than half of the stars that we can see are at least double stars, i.e two stars orbiting around a common mass center. The relative sizes of these stars can vary by a substantial amount. Our Sun is an exception within our galaxy, in that it is a pretty big star with no companion star.
5. There are plenty of stars that consist of three, four, or multiple stars all orbiting a common mass center - or orbiting each other in complex systems. They appear to be relatively stable, although some are spread out over light years of distance.Have we ever discovered a star system with one large star and then smaller stars orbiting it?You are confused, apparently.
A star is a great big ball of gas.
The "largest" known star in DIAMETER is VY Canis Majoris, it is ~2000 times =bigger than the Sun
It is about 30 to 40 times more massive than the Sun.
Earth is 220 times smaller (in diameter) than the Sun
The Sun is 330,000 times more massive than the Earth.
So for VY Canis to be "like" the Sun we need to find a star 40 梅 330,000 = 0.00012 times the Mass of the Sun. Jupiter is 1050 times smaller than the Sun. Jupiter is ten times too big to fit your idea. Jupiter is too small to be a star.
============
No. Your idea is not physically possible (to our knowledge). Alpha Centuri is (we think) a 3 star system. Stars are uniform in mass but quite variable in diameter. Stars are balls of gas.Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Not SEVERAL small stars, though those systems may exist. There ARE binary systems, similar to Earth and the moon. What effects the gravity of one has on the other is still a mystery, at least to me.Have we ever discovered a star system with one large star and then smaller stars orbiting it?One star doesn't orbit the other they both orbit a central point.Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Yes - some are binary systems.
In our own solar system, Jupiter is almost large enough to make a small star,Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Yes these stellar systems have been found. Most common is a binary (2 stars) star system, I believe there are some star systems with 3 stars orbiting eachother, and maybe more!
There are many such systems. Castor (in Gemini) is an extreme example, with two Sun like stars orbitting a pair of giants, and a pair of red dwarfs also in an orbit around the others.
What you need to get a giant with a Sun like star is to start with a class O or B star with a class G companion. Since only about 2% of stars are G, and less than 0.5% are O or B, such systems are not common, but in a galaxy of over 200 billion stars, they exist.
Have any such systems been discovered?Have we ever discovered a star system with one large star and then smaller stars orbiting it?yeHave we ever discovered a star system with one large star and then smaller stars orbiting it?
Lily -
We can state with some assurance that:
1. The Sun is a slightly-larger-than-average-star.
2. Most of the stars that we can see with the naked eye (i.e. most of the stars with which we are familiar) are larger than our Sun.
3. This means that there are a lot of stars that are smaller than our Sun that we cannot see. They are too small and too dim.
4. More than half of the stars that we can see are at least double stars, i.e two stars orbiting around a common mass center. The relative sizes of these stars can vary by a substantial amount. Our Sun is an exception within our galaxy, in that it is a pretty big star with no companion star.
5. There are plenty of stars that consist of three, four, or multiple stars all orbiting a common mass center - or orbiting each other in complex systems. They appear to be relatively stable, although some are spread out over light years of distance.Have we ever discovered a star system with one large star and then smaller stars orbiting it?You are confused, apparently.
A star is a great big ball of gas.
The "largest" known star in DIAMETER is VY Canis Majoris, it is ~2000 times =bigger than the Sun
It is about 30 to 40 times more massive than the Sun.
Earth is 220 times smaller (in diameter) than the Sun
The Sun is 330,000 times more massive than the Earth.
So for VY Canis to be "like" the Sun we need to find a star 40 梅 330,000 = 0.00012 times the Mass of the Sun. Jupiter is 1050 times smaller than the Sun. Jupiter is ten times too big to fit your idea. Jupiter is too small to be a star.
============
No. Your idea is not physically possible (to our knowledge). Alpha Centuri is (we think) a 3 star system. Stars are uniform in mass but quite variable in diameter. Stars are balls of gas.Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Not SEVERAL small stars, though those systems may exist. There ARE binary systems, similar to Earth and the moon. What effects the gravity of one has on the other is still a mystery, at least to me.Have we ever discovered a star system with one large star and then smaller stars orbiting it?One star doesn't orbit the other they both orbit a central point.Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Yes - some are binary systems.
In our own solar system, Jupiter is almost large enough to make a small star,Have we ever discovered a star system with one large star and then smaller stars orbiting it?
Yes these stellar systems have been found. Most common is a binary (2 stars) star system, I believe there are some star systems with 3 stars orbiting eachother, and maybe more!
There are many such systems. Castor (in Gemini) is an extreme example, with two Sun like stars orbitting a pair of giants, and a pair of red dwarfs also in an orbit around the others.
What you need to get a giant with a Sun like star is to start with a class O or B star with a class G companion. Since only about 2% of stars are G, and less than 0.5% are O or B, such systems are not common, but in a galaxy of over 200 billion stars, they exist.
How can a star's composition be inferred by analyzing its spectral pattern?
I need to know how can a star's composition be inferred by analyzing its spectral pattern.
Please help!How can a star's composition be inferred by analyzing its spectral pattern?"Spectrometry (spectroscopy) is the essential tool used by astronomers since the 1800s to measure the composition, color and temperature of stars through analyses of emitted light spectra. Each chemical element reveals a distinct banding pattern in a star's absorption spectrum. When light from a star splits by prism or grating into a spectrum of wavelengths, the spectral pattern reflects the star's composition. While all stars are 95 percent hydrogen, variations in composition reveal age, luminosity and origin. Spectroscopy was out of reach for most amateur astronomers until the recent development of reasonably priced spectroscopes costing hundreds to thousands of dollars."How can a star's composition be inferred by analyzing its spectral pattern?It's even stranger than you suppose. Helium, for instance, was found on the sun using spectrometry before it was found on Earth. When Newton looked at sunlight through prisms, he didn't notice the dark lines in the spectrum. Kirchoff was probably the first to marry spectroscopy to astronomy, finding evidence of sodium in the sun. His banker, as a banker would, told him that gold in the sun would be of no use, since there's no way to collect it, but when Kirchoff won a prize for his discovery, he deposited the amount in that bank, noting that he was depositing gold from the sun.
Please help!How can a star's composition be inferred by analyzing its spectral pattern?"Spectrometry (spectroscopy) is the essential tool used by astronomers since the 1800s to measure the composition, color and temperature of stars through analyses of emitted light spectra. Each chemical element reveals a distinct banding pattern in a star's absorption spectrum. When light from a star splits by prism or grating into a spectrum of wavelengths, the spectral pattern reflects the star's composition. While all stars are 95 percent hydrogen, variations in composition reveal age, luminosity and origin. Spectroscopy was out of reach for most amateur astronomers until the recent development of reasonably priced spectroscopes costing hundreds to thousands of dollars."How can a star's composition be inferred by analyzing its spectral pattern?It's even stranger than you suppose. Helium, for instance, was found on the sun using spectrometry before it was found on Earth. When Newton looked at sunlight through prisms, he didn't notice the dark lines in the spectrum. Kirchoff was probably the first to marry spectroscopy to astronomy, finding evidence of sodium in the sun. His banker, as a banker would, told him that gold in the sun would be of no use, since there's no way to collect it, but when Kirchoff won a prize for his discovery, he deposited the amount in that bank, noting that he was depositing gold from the sun.
What is the Star of David when the bottom triangle is inverted?
I was at a museum recently and saw a bust that had a symbol carved into it. It looked like a Star of David, except the bottom triangle point was flipped inward. The other five were normal. What is this symbol, and what does it mean?What is the Star of David when the bottom triangle is inverted?... I wasn't able to find anything at all. This is probably not a common symbol and what it means would be specified by the artist. It is likely an adaptation of a Pagan symbol, as most such symbols are. If you remember who the artist is, you'd have more luck searching by name of the artist or by name of the art piece it is associated with it (if you can recall these).
Sorry
What you describe sounds similar to the Alchemy 2 symbol. Try looking for alchemy for precisely what you're looking for.
Sorry
What you describe sounds similar to the Alchemy 2 symbol. Try looking for alchemy for precisely what you're looking for.
How do I become a personal assistant to a particular star?
Do I contact the person directly? Contact the company they work for? I worked in the entertainment industry about 15 yrs ago and would love to get back into it. I'm reliable and have lots of energy to travel the world and help this person with their star lifestyle. I'm not interested in the spotlight. Where do I begin sending my resume to be considered?How do I become a personal assistant to a particular star?you're in LUCK!!
its real simple, just dial 1-800-STALKER
and leave a message!
happy new year,
PunchHow do I become a personal assistant to a particular star?First get a professional resume from HelpVilla.com and then start applying by going to their official websites....How do I become a personal assistant to a particular star?If the person is already famous, then they already have an assistant (unless you saw an add)
its real simple, just dial 1-800-STALKER
and leave a message!
happy new year,
PunchHow do I become a personal assistant to a particular star?First get a professional resume from HelpVilla.com and then start applying by going to their official websites....How do I become a personal assistant to a particular star?If the person is already famous, then they already have an assistant (unless you saw an add)
How do I find how far over the horizon a star is on given date?
I'm probably being thick, but I want to know how far over the horizon a certain star will be on 2nd Dec, 2am. I have it's co-ordinates but this is the same all year round isn't it? How do I figure out how far over the horizon it is on this date? Thanks.How do I find how far over the horizon a star is on given date?I think your 'over the horizon' can be taken as the elevation above the horizon (towards the zenith). if it is so you need to translate star's co-ordinates (Right Ascension / Declination) into your (local) co-ordinates of 'Azimuth / Elevation' (Az/El). Some call 'elevation' as 'altitude'. Azimuth indicates how much you go round the horizon, clockwise (towards east, south and west back to north), starting with North Pole.
I assume that like me you too are in the Northern Hemisphere.
There are some thumb rules.
1. The difference between your local latitude %26amp; declination of the star is the dip angle, which is the distance from zenith (or '90 - elevation'). This (dip) angle is the angle of the star on its 'culmination' (that happens every day at a particular time in 24hours) or passage over the main local meridian(line joining north pole %26amp; zenith from horizon:north to horizon:south). If dip angle is negative it implies the star is to the north of zenith.
2. RA (Right Ascension) : It is given in hours/minutes/seconds. RA= '0' hrs corresponds to noon on March 21 (VE). The culmination of the star is at local 'noon'. From that position add 4minutes (in RA) everyday to know the culmination of the star in local time. Like I said it advances 4 minutes everyday. By comparison you can guess how far it would be at any other time, from its point of culmination on its 'arc' of travel across the sky.
This arc may be shorter if the star is nearer to north or south horizon. The arc is always parallel to but shifted from the Celstial Equator, which though connects East (Az=90) %26amp; West (Az=270) points is tilted away from the zenith by an extent of your latitude towards south. So Celestial Equator is not vertical except on the (Terrestrial) Equator, where the latitude is '0'.
If you need exact equations to work with, for conversion from 'RA/Decl' of the star to your local 'Az/El' you need visit a suitable site either in Wikipedia or Google (or some such thing).How do I find how far over the horizon a star is on given date?No, you're not being "Thick", necessarily. Get the Right Ascension %26amp; Declination Position of the ZENITH at your location on the date %26amp; at the time you specified. Subtract 90 degrees or 6 Hrs from that ( Zenith to Horizon ). What's left will be the additional angle BELOW the horizonHow do I find how far over the horizon a star is on given date?The easiest way is to use a planetarium software program like Starry Night. It will do all the calculations for you automatically.sonic electronix
I assume that like me you too are in the Northern Hemisphere.
There are some thumb rules.
1. The difference between your local latitude %26amp; declination of the star is the dip angle, which is the distance from zenith (or '90 - elevation'). This (dip) angle is the angle of the star on its 'culmination' (that happens every day at a particular time in 24hours) or passage over the main local meridian(line joining north pole %26amp; zenith from horizon:north to horizon:south). If dip angle is negative it implies the star is to the north of zenith.
2. RA (Right Ascension) : It is given in hours/minutes/seconds. RA= '0' hrs corresponds to noon on March 21 (VE). The culmination of the star is at local 'noon'. From that position add 4minutes (in RA) everyday to know the culmination of the star in local time. Like I said it advances 4 minutes everyday. By comparison you can guess how far it would be at any other time, from its point of culmination on its 'arc' of travel across the sky.
This arc may be shorter if the star is nearer to north or south horizon. The arc is always parallel to but shifted from the Celstial Equator, which though connects East (Az=90) %26amp; West (Az=270) points is tilted away from the zenith by an extent of your latitude towards south. So Celestial Equator is not vertical except on the (Terrestrial) Equator, where the latitude is '0'.
If you need exact equations to work with, for conversion from 'RA/Decl' of the star to your local 'Az/El' you need visit a suitable site either in Wikipedia or Google (or some such thing).How do I find how far over the horizon a star is on given date?No, you're not being "Thick", necessarily. Get the Right Ascension %26amp; Declination Position of the ZENITH at your location on the date %26amp; at the time you specified. Subtract 90 degrees or 6 Hrs from that ( Zenith to Horizon ). What's left will be the additional angle BELOW the horizonHow do I find how far over the horizon a star is on given date?The easiest way is to use a planetarium software program like Starry Night. It will do all the calculations for you automatically.
When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?
When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes a dense small object called a neutron star. Many such stars are found to be rotating with a high speed. How can you account for this high rate of rotation particularly when most stars like our sun are rotating very slowly?When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?I believe many scientists believe this is due to a black hole in the vacinity of the star.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?
Conservation of angular momentum and asymmetric ejection of mass during the nova (or supernova) stages.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?It depends upon the original mass of the star. The more massive, the bigger the blast that blows away the star's outer layers, and the bigger the blast, the faster the remnant will spin.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?
Neutron stars spin faster than their parent stars because angular momentum is conserved in the collapse, but the angular inertia of the tiny neutron star is vastly smaller than the parent star.聽 The same angular momentum with less angular inertia works out to higher rotational speed.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?As the stellar core shrinks,it must rotate faster in order to conserve its angular momentum.
Conservation of angular momentum and asymmetric ejection of mass during the nova (or supernova) stages.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?It depends upon the original mass of the star. The more massive, the bigger the blast that blows away the star's outer layers, and the bigger the blast, the faster the remnant will spin.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?
Neutron stars spin faster than their parent stars because angular momentum is conserved in the collapse, but the angular inertia of the tiny neutron star is vastly smaller than the parent star.聽 The same angular momentum with less angular inertia works out to higher rotational speed.When a large star has spent all its nuclear energy it finally contracts due to its own gravity and becomes?As the stellar core shrinks,it must rotate faster in order to conserve its angular momentum.
How much is it to rent the diamond twin star for three day?
I鈥檓 wondering how much is it to rent the diamond twin star or the diamond DA 40? When people say a $90 per hour to rent a plane, is that mean an hour of technical flying?
I will get my private license hopefully in three months as I鈥檓 training right now. I live in Salt Lake City, and I鈥檓 planning to travel to Santa Barbara for a couple of days in June. Also, how much would be the cost like to park the plane in Santa Barbara鈥檚 airport?How much is it to rent the diamond twin star for three day?A Twin Star will normally rent for around $300-500/hr of flight time (depending on where you live). However if you don't even have a PPL you probably won't have a multi engine add on by June. Most of the rentals I have seen for twins require 250 hours with 50 hours in twins to go solo and most require instrument ratings as well. Getting those by June will be a challenge for you. If you are training with a school that has a Twin Star, ask them what the rental rate would be. Finding Twin Stars is not easy as they are still fairly new. (Utah State may or may not "rent" the two they own - I doubt they do.)
Planes are rented either wet or dry. If rented wet then fuel is covered, if rented dry you as the renter pay the fuel. If there is a $90/hr aircraft you are charged for the time on the Hobbs meter (usually) and if kept overnight there may be a minimum time per day that the aircraft must be flown. The arrangements vary depending on the company that rents out the aircraft. I will also say that you will need to get "renters insurance". Insurance can cover you but many rental policies cover the aircraft for the owner against loss meaning if damage occurs they will come after you as the renter.
Overnight parking varies by the airport. Some don't charge an overnight fee if fuel is purchased, some do. Some airports even assess a "landing fee" most in the US don't but there are a few.
You can get a full list of airports near Santa Barbara at AirNav, here is the page for SBA
http://www.airnav.com/airport/KSBA
There are several FBO's I would call and see which charge overnight fees and which don't!
I will get my private license hopefully in three months as I鈥檓 training right now. I live in Salt Lake City, and I鈥檓 planning to travel to Santa Barbara for a couple of days in June. Also, how much would be the cost like to park the plane in Santa Barbara鈥檚 airport?How much is it to rent the diamond twin star for three day?A Twin Star will normally rent for around $300-500/hr of flight time (depending on where you live). However if you don't even have a PPL you probably won't have a multi engine add on by June. Most of the rentals I have seen for twins require 250 hours with 50 hours in twins to go solo and most require instrument ratings as well. Getting those by June will be a challenge for you. If you are training with a school that has a Twin Star, ask them what the rental rate would be. Finding Twin Stars is not easy as they are still fairly new. (Utah State may or may not "rent" the two they own - I doubt they do.)
Planes are rented either wet or dry. If rented wet then fuel is covered, if rented dry you as the renter pay the fuel. If there is a $90/hr aircraft you are charged for the time on the Hobbs meter (usually) and if kept overnight there may be a minimum time per day that the aircraft must be flown. The arrangements vary depending on the company that rents out the aircraft. I will also say that you will need to get "renters insurance". Insurance can cover you but many rental policies cover the aircraft for the owner against loss meaning if damage occurs they will come after you as the renter.
Overnight parking varies by the airport. Some don't charge an overnight fee if fuel is purchased, some do. Some airports even assess a "landing fee" most in the US don't but there are a few.
You can get a full list of airports near Santa Barbara at AirNav, here is the page for SBA
http://www.airnav.com/airport/KSBA
There are several FBO's I would call and see which charge overnight fees and which don't!
Is the Star of Bethleham plant poisonous to dogs if eaten?
We are planning to get a puppy soon and i just found out I have the Star of Bethleham plants all over my yard and need to know if ingested will it hurt puppy?Is the Star of Bethleham plant poisonous to dogs if eaten?If it sounds religious, then it's poisonous!
BTW, I have no idea what Star of Betlehem is.
Here is a link :
http://www.aspca.org/site/PageServer?pag鈥?/a>
BTW, I have no idea what Star of Betlehem is.
Here is a link :
http://www.aspca.org/site/PageServer?pag鈥?/a>
What is the identity of the most distant individual star so far given identification?
I'm not thinking in terms of a distant supernova, but rather a star we continue to detect, perhaps in another galaxy.What is the identity of the most distant individual star so far given identification?The furthest "named" star is probably Deneb at about 1,400 light years away.
There is a star called MOA-2008-BLG-310L at just under 24,000 light years away (it's named because it has an exoplanet orbiting it).
Another possibility is UDF 00411, which is reported to be the furthest star, but I cannot find a distance for it.What is the identity of the most distant individual star so far given identification?Correction: GRB 090429B did not go supernova 520 million years ago. It was more like 13.14 billion years ago, the same as the light travel time to Earth. We can see the after-glow of the event, which has lasted over two years so far.What is the identity of the most distant individual star so far given identification?The most distant individual object with a name, is GRB 090429B.
It is the remains of a star in the constellation Canes Venatici and it went supernova 520 million years ago.
GRB 090429B is 13.14 billion light years from earth.
There is a star called MOA-2008-BLG-310L at just under 24,000 light years away (it's named because it has an exoplanet orbiting it).
Another possibility is UDF 00411, which is reported to be the furthest star, but I cannot find a distance for it.What is the identity of the most distant individual star so far given identification?Correction: GRB 090429B did not go supernova 520 million years ago. It was more like 13.14 billion years ago, the same as the light travel time to Earth. We can see the after-glow of the event, which has lasted over two years so far.What is the identity of the most distant individual star so far given identification?The most distant individual object with a name, is GRB 090429B.
It is the remains of a star in the constellation Canes Venatici and it went supernova 520 million years ago.
GRB 090429B is 13.14 billion light years from earth.
Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?
How much brighter is the magnitude 2 star than the 12 magnitude star?
Could you explain the formula?Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?Magnitude 2 star is brighter than magn.12 star by 10,000 times.
In the beginning people started using the term 'First magnitude' for the the brightest 20 (Sirius, Canopus, Rigil Kentaurus, Arcturus, Vega, Capella, Rigel, Procyon, Achernar, Betelgeuse, Hadar (Beta Centauri), Altair, Aldebaran, Antares, Spica, Pollux, Fomalhaut, Deneb, Beta Crucis, Regulus), rather loosely.
Then the next 50 or so, as 'second magnitude' and so on. As per Hipparchus (120 BC) the faintest (just barely visible to naked eye) are classed 'sixth magnitude'.
In 1856, NG Pogson proposed that the difference of five magnitudes corresponds to a ratio (first to sixth) of 100. That is, there is particular ratio ('m') between successive magnitudes which when multiplied by itself if it is two magnitudes, so on till it multiplies itself 5 times over (it is not multiplied by 5, but , m X m X m X m X m) or 'm^5 '.
That is m^5 = 100. If we take logs on both sides
5 log m = log 100 = 2
log m = 0.4.
Antilog of 0.4 (that is 10^0.4) = 2.511886...
As we have already started with a scale that increases in direct proportion to feebleness, higher the magnitude number fainter the star.
When the brightness of each star was scientifically measured by 'photometry', some extermely bright stars have crossed over 'zero' and have negative numbered magnitudes. These are
Sirius (-1.46), Canopus (-0.72), Rigil Kent (-0.06), Achernar (-0.04).
Formula is
(2.512) ^[-m] gives the relative brightness. A star with 0.00 magnitude is the reference.Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?I believe that would be the star with the magnitude of 2.
The way it works is, the higher the number, the fainter the starbatman games for kids
Could you explain the formula?Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?Magnitude 2 star is brighter than magn.12 star by 10,000 times.
In the beginning people started using the term 'First magnitude' for the the brightest 20 (Sirius, Canopus, Rigil Kentaurus, Arcturus, Vega, Capella, Rigel, Procyon, Achernar, Betelgeuse, Hadar (Beta Centauri), Altair, Aldebaran, Antares, Spica, Pollux, Fomalhaut, Deneb, Beta Crucis, Regulus), rather loosely.
Then the next 50 or so, as 'second magnitude' and so on. As per Hipparchus (120 BC) the faintest (just barely visible to naked eye) are classed 'sixth magnitude'.
In 1856, NG Pogson proposed that the difference of five magnitudes corresponds to a ratio (first to sixth) of 100. That is, there is particular ratio ('m') between successive magnitudes which when multiplied by itself if it is two magnitudes, so on till it multiplies itself 5 times over (it is not multiplied by 5, but , m X m X m X m X m) or 'm^5 '.
That is m^5 = 100. If we take logs on both sides
5 log m = log 100 = 2
log m = 0.4.
Antilog of 0.4 (that is 10^0.4) = 2.511886...
As we have already started with a scale that increases in direct proportion to feebleness, higher the magnitude number fainter the star.
When the brightness of each star was scientifically measured by 'photometry', some extermely bright stars have crossed over 'zero' and have negative numbered magnitudes. These are
Sirius (-1.46), Canopus (-0.72), Rigil Kent (-0.06), Achernar (-0.04).
Formula is
(2.512) ^[-m] gives the relative brightness. A star with 0.00 magnitude is the reference.Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?I believe that would be the star with the magnitude of 2.
The way it works is, the higher the number, the fainter the star
Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?
How much brighter is the magnitude 2 star than the 12 magnitude star?
Could you explain the formula?Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?Magnitude 2 star is brighter than magn.12 star by 10,000 times.
In the beginning people started using the term 'First magnitude' for the the brightest 20 (Sirius, Canopus, Rigil Kentaurus, Arcturus, Vega, Capella, Rigel, Procyon, Achernar, Betelgeuse, Hadar (Beta Centauri), Altair, Aldebaran, Antares, Spica, Pollux, Fomalhaut, Deneb, Beta Crucis, Regulus), rather loosely.
Then the next 50 or so, as 'second magnitude' and so on. As per Hipparchus (120 BC) the faintest (just barely visible to naked eye) are classed 'sixth magnitude'.
In 1856, NG Pogson proposed that the difference of five magnitudes corresponds to a ratio (first to sixth) of 100. That is, there is particular ratio ('m') between successive magnitudes which when multiplied by itself if it is two magnitudes, so on till it multiplies itself 5 times over (it is not multiplied by 5, but , m X m X m X m X m) or 'm^5 '.
That is m^5 = 100. If we take logs on both sides
5 log m = log 100 = 2
log m = 0.4.
Antilog of 0.4 (that is 10^0.4) = 2.511886...
As we have already started with a scale that increases in direct proportion to feebleness, higher the magnitude number fainter the star.
When the brightness of each star was scientifically measured by 'photometry', some extermely bright stars have crossed over 'zero' and have negative numbered magnitudes. These are
Sirius (-1.46), Canopus (-0.72), Rigil Kent (-0.06), Achernar (-0.04).
Formula is
(2.512) ^[-m] gives the relative brightness. A star with 0.00 magnitude is the reference.Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?I believe that would be the star with the magnitude of 2.
The way it works is, the higher the number, the fainter the star
Could you explain the formula?Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?Magnitude 2 star is brighter than magn.12 star by 10,000 times.
In the beginning people started using the term 'First magnitude' for the the brightest 20 (Sirius, Canopus, Rigil Kentaurus, Arcturus, Vega, Capella, Rigel, Procyon, Achernar, Betelgeuse, Hadar (Beta Centauri), Altair, Aldebaran, Antares, Spica, Pollux, Fomalhaut, Deneb, Beta Crucis, Regulus), rather loosely.
Then the next 50 or so, as 'second magnitude' and so on. As per Hipparchus (120 BC) the faintest (just barely visible to naked eye) are classed 'sixth magnitude'.
In 1856, NG Pogson proposed that the difference of five magnitudes corresponds to a ratio (first to sixth) of 100. That is, there is particular ratio ('m') between successive magnitudes which when multiplied by itself if it is two magnitudes, so on till it multiplies itself 5 times over (it is not multiplied by 5, but , m X m X m X m X m) or 'm^5 '.
That is m^5 = 100. If we take logs on both sides
5 log m = log 100 = 2
log m = 0.4.
Antilog of 0.4 (that is 10^0.4) = 2.511886...
As we have already started with a scale that increases in direct proportion to feebleness, higher the magnitude number fainter the star.
When the brightness of each star was scientifically measured by 'photometry', some extermely bright stars have crossed over 'zero' and have negative numbered magnitudes. These are
Sirius (-1.46), Canopus (-0.72), Rigil Kent (-0.06), Achernar (-0.04).
Formula is
(2.512) ^[-m] gives the relative brightness. A star with 0.00 magnitude is the reference.Which is brighter in our sky, a star with apparent magnitude 2 or a star with apparent magnitude 12?I believe that would be the star with the magnitude of 2.
The way it works is, the higher the number, the fainter the star
How to make a lucky star origami chandelier?
Awhile back I had found a site with detailed instructions on how to make a chandelier using lucky star origami. I can't seem to find that site anymore and I was wondering if anyone knew where I could find the instructions or instructions for any other projects using lucky star origami?How to make a lucky star origami chandelier?This site uses cranes made from lucky stars to make chandeliers.
http://www.care2.com/greenliving/make-cr…
This one uses origami cranes to make a chandelier. Great slide show!
http://www.instructables.com/id/Origami-…
foldsomething.com/tag/flower/
www.wonderhowto.com/how-to-make-a-orig…
I’m sure you can apply the technique explained in this site to make lucky star chandeliers.
http://www.ehow.com/how_4813300_make-ori…
http://www.origami-fun.com/origami-lucky…
www.kaboodle.com/.../japanese-origami-…
how to do make origami cup
origami lucky stars instructions how to make and origami crane origami lotus online origami course ... origami crane chandelier origami person ...
nithyababai.net/cuqoa/origami.php
dependablecompanions.com/wwmol/origami…
www.instructables.com/id/218-Super-Hor…
Also try “lucky star fish”, “lucky star bracelets”, etc. on google
And, when you visit any of the above sites/links, browse through the page carefully – sometimes you may get some more links …
Hope these help you get started
All the very best %26amp; have fun :-)How to make a lucky star origami chandelier?google it :P
http://answers.yahoo.com/question/index;…
http://www.care2.com/greenliving/make-cr…
This one uses origami cranes to make a chandelier. Great slide show!
http://www.instructables.com/id/Origami-…
foldsomething.com/tag/flower/
www.wonderhowto.com/how-to-make-a-orig…
I’m sure you can apply the technique explained in this site to make lucky star chandeliers.
http://www.ehow.com/how_4813300_make-ori…
http://www.origami-fun.com/origami-lucky…
www.kaboodle.com/.../japanese-origami-…
how to do make origami cup
origami lucky stars instructions how to make and origami crane origami lotus online origami course ... origami crane chandelier origami person ...
nithyababai.net/cuqoa/origami.php
dependablecompanions.com/wwmol/origami…
www.instructables.com/id/218-Super-Hor…
Also try “lucky star fish”, “lucky star bracelets”, etc. on google
And, when you visit any of the above sites/links, browse through the page carefully – sometimes you may get some more links …
Hope these help you get started
All the very best %26amp; have fun :-)How to make a lucky star origami chandelier?google it :P
http://answers.yahoo.com/question/index;…
Subscribe to:
Posts (Atom)