How long would it take to reach Jupiter's moon, Io?
Q. I'm doing a project on Io (a moon of Jupiter) and I was wondering, approxamately how long would it take to rech Io from earth?
Asked by Yoshi - Tue Oct 28 05:16:39 2008 - - 3 Answers - 0 Comments
A. From the six probes we have sent to Jupiter already, probably anywhere from 1 to 3 years. From the source shown below: "Pioneer 10 was launched in 1972 and flew within 81,000 miles (130,000 kilometers) of Jupiter on Dec. 3, 1973."
Answered by DaveNCUSA - Tue Oct 28 05:21:28 2008
Q. I'm doing a project on Io (a moon of Jupiter) and I was wondering, approxamately how long would it take to rech Io from earth?
Asked by Yoshi - Tue Oct 28 05:16:39 2008 - - 3 Answers - 0 Comments
A. From the six probes we have sent to Jupiter already, probably anywhere from 1 to 3 years. From the source shown below: "Pioneer 10 was launched in 1972 and flew within 81,000 miles (130,000 kilometers) of Jupiter on Dec. 3, 1973."
Answered by DaveNCUSA - Tue Oct 28 05:21:28 2008
A volcanoe erupts on Jupiters closest moon, Io. Suppose that material ejected from one of these volcanoes?
Q. reaches a height of 5km after being projected Straight upward with an initial speed of 190m/s. Given the radius of Io is 3630km, a. outline a strategy that allows you to calculate the mass of Io. b. Use your strategy to calculate Io's mass.
Asked by Edward - Mon Oct 20 19:44:37 2008 - - 1 Answers - 0 Comments
Q. reaches a height of 5km after being projected Straight upward with an initial speed of 190m/s. Given the radius of Io is 3630km, a. outline a strategy that allows you to calculate the mass of Io. b. Use your strategy to calculate Io's mass.
Asked by Edward - Mon Oct 20 19:44:37 2008 - - 1 Answers - 0 Comments
What is unusually about Jupiter s moon Io?
Q. What is unusually about Jupiter s moon Io?
Asked by komt - Tue May 19 01:40:44 2009 - - 5 Answers - 0 Comments
A. Well what I find interesting about IO is that it has this weird connection with Jupiter's magnetic field. Here is an excerpt from a site that talks about it: As Io moves around its orbit in the strong magnetic field of Jupiter and through this plasma torus, a huge electrical current is set up between Io and Jupiter in a cylinder of highly concentrated magnetic flux called the Io Flux Tube. The Flux Tube has a power output of about 2 trillion watts, comparable to the amount of all manmade power produced on Earth. It is responsible for bursts of radio frequency radiation long detected on Earth.
Answered by K P - Tue May 19 03:01:48 2009
Q. What is unusually about Jupiter s moon Io?
Asked by komt - Tue May 19 01:40:44 2009 - - 5 Answers - 0 Comments
A. Well what I find interesting about IO is that it has this weird connection with Jupiter's magnetic field. Here is an excerpt from a site that talks about it: As Io moves around its orbit in the strong magnetic field of Jupiter and through this plasma torus, a huge electrical current is set up between Io and Jupiter in a cylinder of highly concentrated magnetic flux called the Io Flux Tube. The Flux Tube has a power output of about 2 trillion watts, comparable to the amount of all manmade power produced on Earth. It is responsible for bursts of radio frequency radiation long detected on Earth.
Answered by K P - Tue May 19 03:01:48 2009
At the surface of Jupiter's moon Io, the acceleration due to gravity is 1.81m/s^2. ?
Q. 1.)If a piece of ice weighs 44.0 N at the surface of the earth, what is its mass on the earth's surface? 2.)What is the mass of this piece of ice on the surface of Io? 3.)What is the weight of this piece of ice on the surface of Io?
Asked by Plasticine - Mon Feb 2 22:25:24 2009 - - 2 Answers - 0 Comments
A. 1) F = ma 44 = m x 9.8 m = 4.49 kg 2) 4.49 kg 3) F = ma = 4.49 x 1.81 = 8.13 Newtons
Answered by billrussell42 - Mon Feb 2 22:40:04 2009
Q. 1.)If a piece of ice weighs 44.0 N at the surface of the earth, what is its mass on the earth's surface? 2.)What is the mass of this piece of ice on the surface of Io? 3.)What is the weight of this piece of ice on the surface of Io?
Asked by Plasticine - Mon Feb 2 22:25:24 2009 - - 2 Answers - 0 Comments
A. 1) F = ma 44 = m x 9.8 m = 4.49 kg 2) 4.49 kg 3) F = ma = 4.49 x 1.81 = 8.13 Newtons
Answered by billrussell42 - Mon Feb 2 22:40:04 2009
Is Jupiter's moon "Io" the most amazing looking thing in our galaxy?
Q. Just saw a picture of this moon for the first time, and I was blown away by its colors! Can anyone else suggest some equally as impressive items in our Milky Way Galaxy (besides Earth :P)? Picture of Io:
Asked by havish - Fri Feb 16 05:30:36 2007 - - 6 Answers - 0 Comments
A. another impressive celestial object in our Galaxy; Jupiter itself!!, Saturn, Titan, Earth!!!, Europa... everything is impressive...!!
Answered by hyaki ikari - Fri Feb 16 06:06:27 2007
Q. Just saw a picture of this moon for the first time, and I was blown away by its colors! Can anyone else suggest some equally as impressive items in our Milky Way Galaxy (besides Earth :P)? Picture of Io:
Asked by havish - Fri Feb 16 05:30:36 2007 - - 6 Answers - 0 Comments
A. another impressive celestial object in our Galaxy; Jupiter itself!!, Saturn, Titan, Earth!!!, Europa... everything is impressive...!!
Answered by hyaki ikari - Fri Feb 16 06:06:27 2007
Jupiter's moon, Io ejecting material at 1000 kg/s--just want to know if i did this right?
Q. assuming that Jupiter's moon Io is ejecting material into Jupiter's magnetosphere, how long will it be before Io lose 10% of its mass? the mass of Io = 8.9319 * 10^22 kg 10% of this mass = 8.9319 * 10^21 kg time until 10% lost--> mass/rate---> 8.1319*10^21kg/ 1000 (kg/s) 8.319 * 10^18 s is what I get from doing this calculation Does this seem right? This would be much longer than the time that has elapsed from the beginning of the solar system til today. Am I forgetting something?? Thanks
Asked by Kelly M - Thu Nov 19 13:20:34 2009 - - 1 Answers - 0 Comments
Q. assuming that Jupiter's moon Io is ejecting material into Jupiter's magnetosphere, how long will it be before Io lose 10% of its mass? the mass of Io = 8.9319 * 10^22 kg 10% of this mass = 8.9319 * 10^21 kg time until 10% lost--> mass/rate---> 8.1319*10^21kg/ 1000 (kg/s) 8.319 * 10^18 s is what I get from doing this calculation Does this seem right? This would be much longer than the time that has elapsed from the beginning of the solar system til today. Am I forgetting something?? Thanks
Asked by Kelly M - Thu Nov 19 13:20:34 2009 - - 1 Answers - 0 Comments
Who first discovered the volcanoes on Jupiter's moon, Io?
Q. Specific person?
Asked by Katie - Fri Oct 2 13:29:54 2009 - - 2 Answers - 0 Comments
A. The Voyager spacecrafts, I suppose the JPL Voyager Team gets the "human" credit for the discovery. You won't find a single person's name attributed to the discovery of the volcanic activity on Io. The first volcanic plume was imaged by Voyager I, in 1979. The discovery is credited to the entire "team" (JPL Voyager Team). Linda Morabito might be your best bet, if you *must* have a name (copied from source) "During the day, Linda Morabito, an optical navigation engineer, began to work with this picture on her computer-controlled image display. She noted what appeared to be a crescent cloud, extending beyond the edge of Io. But Io has no atmosphere, so a cloud rising hundreds of kilometers above the surface did not seem to make… [cont.]
Answered by DLM - Fri Oct 2 13:33:58 2009
Q. Specific person?
Asked by Katie - Fri Oct 2 13:29:54 2009 - - 2 Answers - 0 Comments
A. The Voyager spacecrafts, I suppose the JPL Voyager Team gets the "human" credit for the discovery.
Answered by DLM - Fri Oct 2 13:33:58 2009
What is its weight on the surface of Io?
Q. At the surface of Jupiter's moon Io, the acceleration due to gravity is 1.81 . A watermelon has a weight of 52.0 at the surface of the earth. In this problem, use 9.81 for the acceleration due to gravity on earth.
Asked by Natiphy2007 - Mon Oct 8 22:46:25 2007 - - 2 Answers - 0 Comments
A. on earth,W=mg--->m=W\g= 52\9.81= 5.3kg for the mass of the body and since mass is constant, so on the surface of io:W=5.3*1.81=9.593 Newtons.
Answered by Dr. Eddie - Mon Oct 8 22:54:13 2007
Q. At the surface of Jupiter's moon Io, the acceleration due to gravity is 1.81 . A watermelon has a weight of 52.0 at the surface of the earth. In this problem, use 9.81 for the acceleration due to gravity on earth.
Asked by Natiphy2007 - Mon Oct 8 22:46:25 2007 - - 2 Answers - 0 Comments
A. on earth,W=mg--->m=W\g= 52\9.81= 5.3kg for the mass of the body and since mass is constant, so on the surface of io:W=5.3*1.81=9.593 Newtons.
Answered by Dr. Eddie - Mon Oct 8 22:54:13 2007
Whats so special about Jupiter's moon Io?
Q. I really need this information ASAP! Please make it easy enough for a grade 6 student!
Asked by Aeropostalecutie - Wed Apr 8 22:56:30 2009 - - 5 Answers - 0 Comments
A. It's geologically active. In fact, it's the most geological active object in our solar system. It has over 400 active volcanos. These volcanos spew sulfur lava reaching about 300 plus miles upwards. The lava has different characteristics than the typical lava on Earth. It can be red, yellow, green, etc. This is due to the different types of sulfur. EDIT: Just to help David out here too since some of his critique on what I said is a bit off, I'll add this little tid bit. First, Io is not a planet; it's a natural satellite of Jupiter. It does not have the characteristics of a planet. Its eruptions actually do reach about 300 miles. Here is a reference: "It has billowing volcanic geysers spewing sulfurous plumes to over 500 kilometers… [cont.]
Answered by Christos Khal - Wed Apr 8 23:00:28 2009
Q. I really need this information ASAP! Please make it easy enough for a grade 6 student!
Asked by Aeropostalecutie - Wed Apr 8 22:56:30 2009 - - 5 Answers - 0 Comments
A. It's geologically active. In fact, it's the most geological active object in our solar system. It has over 400 active volcanos. These volcanos spew sulfur lava reaching about 300 plus miles upwards. The lava has different characteristics than the typical lava on Earth. It can be red, yellow, green, etc. This is due to the different types of sulfur. EDIT: Just to help David out here too since some of his critique on what I said is a bit off, I'll add this little tid bit. First, Io is not a planet; it's a natural satellite of Jupiter. It does not have the characteristics of a planet. Its eruptions actually do reach about 300 miles. Here is a reference: "It has billowing volcanic geysers spewing sulfurous plumes to over 500 kilometers… [cont.]
Answered by Christos Khal - Wed Apr 8 23:00:28 2009
At surface of Jupiter's moon Io, the acceleration due to gravity is 1.81m/s squared.?
Q. If a piece of ice weighs 44.0 N at earth's surface, what is it's mass on earth's surface? What is the mass of the ice piece on Io surface? What is the weight of ice piece on surface Io? Don't get how to do these! Please show and explain how? Oh Ok Thanks so much for your help!
Asked by Klynn11 - Sun Oct 7 22:21:56 2007 - - 3 Answers - 0 Comments
A. as taking gavity on earth =10m/s square. weight = mg N where m -mass in kg and g gravity due to earth and N unit in newton. weight is gravitation pull by earth on a body that exists . i.e. having mass. now weight of ice=44 which is equal to mg, i.e. 44=mg here we find that mass of ice =4.4 kg. 1)mass of the ice is remain same on lo surface as it is the characterstic of body. 2)weight =product of 4.4 and 1.81 simple calculations can be done by yourself.
Answered by vir - Fri Oct 12 07:24:57 2007
Q. If a piece of ice weighs 44.0 N at earth's surface, what is it's mass on earth's surface? What is the mass of the ice piece on Io surface? What is the weight of ice piece on surface Io? Don't get how to do these! Please show and explain how? Oh Ok Thanks so much for your help!
Asked by Klynn11 - Sun Oct 7 22:21:56 2007 - - 3 Answers - 0 Comments
A. as taking gavity on earth =10m/s square. weight = mg N where m -mass in kg and g gravity due to earth and N unit in newton. weight is gravitation pull by earth on a body that exists . i.e. having mass. now weight of ice=44 which is equal to mg, i.e. 44=mg here we find that mass of ice =4.4 kg. 1)mass of the ice is remain same on lo surface as it is the characterstic of body. 2)weight =product of 4.4 and 1.81 simple calculations can be done by yourself.
Answered by vir - Fri Oct 12 07:24:57 2007
what element is believed to give Io, a moon of Jupiter, it's distinctive colour?
Q. what element is believed to give Io, a moon of Jupiter, it's distinctive colour?
Asked by X&Y - Wed Jan 24 08:49:38 2007 - - 2 Answers - 0 Comments
A. Sulfur...
Answered by BAM55 - Wed Jan 24 08:52:37 2007
Q. what element is believed to give Io, a moon of Jupiter, it's distinctive colour?
Asked by X&Y - Wed Jan 24 08:49:38 2007 - - 2 Answers - 0 Comments
A. Sulfur...
Answered by BAM55 - Wed Jan 24 08:52:37 2007
does anyone know about Jupiter's moon Io..?
Q. like how its in Jupiter's magnetosphere and what unusual activities on Io are a result of that.
Asked by Angela C - Mon Mar 17 20:32:44 2008 - - 3 Answers - 0 Comments
A. Io orbits deep in Jupiter's inner radiation belts, and they're most intense and deadly along it's orbit. Charged particles in the magnetosphere are dragged around with the rotating magnetic field, which spins once in just under 10 hours like the planet itself does. They blast the surface of Io and rip away more than a ton of material from the surface every second, much of it sulfur and oxygen. This material forms a torus or ring of plasma around the planet that glows in UV radiation and eventually spreads through the whole magnetosphere. The result is also extremely high radiation levels on Io' surface and in the radiation belts. The radiation there is so intense an unprotected person would die instantly, and electronics fare no better… [cont.]
Answered by nuscorpii223 - Mon Mar 17 20:56:28 2008
Q. like how its in Jupiter's magnetosphere and what unusual activities on Io are a result of that.
Asked by Angela C - Mon Mar 17 20:32:44 2008 - - 3 Answers - 0 Comments
A. Io orbits deep in Jupiter's inner radiation belts, and they're most intense and deadly along it's orbit. Charged particles in the magnetosphere are dragged around with the rotating magnetic field, which spins once in just under 10 hours like the planet itself does. They blast the surface of Io and rip away more than a ton of material from the surface every second, much of it sulfur and oxygen. This material forms a torus or ring of plasma around the planet that glows in UV radiation and eventually spreads through the whole magnetosphere. The result is also extremely high radiation levels on Io' surface and in the radiation belts. The radiation there is so intense an unprotected person would die instantly, and electronics fare no better… [cont.]
Answered by nuscorpii223 - Mon Mar 17 20:56:28 2008
At the surface of Jupiter's moon Io, the acceleration is 1.81 m/s2. If ice weighs 44N at earth's surface...?
Q. What is the weight of this piece of ice on the surface of Io?
Asked by li_johnson34 - Wed Sep 30 22:10:13 2009 - - 1 Answers - 0 Comments
A. The acceleration due to gravity on Earth's surface is about 9.8 m/s2. Now weight is defined as mg (mass x gravitational acceleration) Mass, on the other hand, doesn't change- it's the same on Earth's surface as it is on Io's So simply find the mass on Earth's surface (divide 44 by 9.8) and multiply it by the new accelaration (1.81) (44/9.8)*1.81= 8.12N Considering that Io's gravity is a lot weaker than Earth's, that answer sounds about right.
Answered by Bob B - Wed Sep 30 22:18:27 2009
Q. What is the weight of this piece of ice on the surface of Io?
Asked by li_johnson34 - Wed Sep 30 22:10:13 2009 - - 1 Answers - 0 Comments
A. The acceleration due to gravity on Earth's surface is about 9.8 m/s2. Now weight is defined as mg (mass x gravitational acceleration) Mass, on the other hand, doesn't change- it's the same on Earth's surface as it is on Io's So simply find the mass on Earth's surface (divide 44 by 9.8) and multiply it by the new accelaration (1.81) (44/9.8)*1.81= 8.12N Considering that Io's gravity is a lot weaker than Earth's, that answer sounds about right.
Answered by Bob B - Wed Sep 30 22:18:27 2009
Christians, when god was making Jupiter's moon Io, did he choose sulphur because he was bored with nitrogen?
Q. I mean, it's not as if his chosen people were ever going to live there. Did he think "I'm going to do this one with giant sulphur dioxide volcanoes on the surface, that'll be freakin' sweet". after Earth, you have to admit that he really got a bit lazy
Asked by CumquatMay - Fri Nov 20 06:50:36 2009 - - 9 Answers - 0 Comments
Q. I mean, it's not as if his chosen people were ever going to live there. Did he think "I'm going to do this one with giant sulphur dioxide volcanoes on the surface, that'll be freakin' sweet". after Earth, you have to admit that he really got a bit lazy
Asked by CumquatMay - Fri Nov 20 06:50:36 2009 - - 9 Answers - 0 Comments
Jupiter's moon, Io, Question!!?
Q. What is the length of a day and a year on Io? I need to know, and all I could find was about Jupiter!!
Asked by Monique M - Sun Apr 20 23:59:31 2008 - - 3 Answers - 0 Comments
A. 42 hours. Like out own Moon, Io's rotation is sychronous In astronomy, synchronous rotation is a planetological term describing a body orbiting another, where the orbiting body takes as long to rotate on its axis as it does to make one orbit; and therefore always keeps the same hemisphere pointed at the body it is orbiting. .
Answered by ericbryce2 - Mon Apr 21 02:11:40 2008
Q. What is the length of a day and a year on Io? I need to know, and all I could find was about Jupiter!!
Asked by Monique M - Sun Apr 20 23:59:31 2008 - - 3 Answers - 0 Comments
A. 42 hours. Like out own Moon, Io's rotation is sychronous In astronomy, synchronous rotation is a planetological term describing a body orbiting another, where the orbiting body takes as long to rotate on its axis as it does to make one orbit; and therefore always keeps the same hemisphere pointed at the body it is orbiting. .
Answered by ericbryce2 - Mon Apr 21 02:11:40 2008
Moon Io's rotation SPEED!?
Q. How fast does Io spin? Not how long it takes to spin once or how long it takes to go around Jupiter.
Asked by direct2denver - Fri May 9 02:24:44 2008 - - 1 Answers - 0 Comments
A. Since Io is tidally locked to Jupiter, it rotates with the same angular speed as it orbits. Since both periods are about 1.7 days, the angular speed of Io turns out to be 1 revolution per 1.7 days. From there you can go to whatever units you want, such as the generally more useful form of radians per second, or less commonly, revolutions per second.
Answered by eric c - Fri May 9 02:57:23 2008
Q. How fast does Io spin? Not how long it takes to spin once or how long it takes to go around Jupiter.
Asked by direct2denver - Fri May 9 02:24:44 2008 - - 1 Answers - 0 Comments
A. Since Io is tidally locked to Jupiter, it rotates with the same angular speed as it orbits. Since both periods are about 1.7 days, the angular speed of Io turns out to be 1 revolution per 1.7 days. From there you can go to whatever units you want, such as the generally more useful form of radians per second, or less commonly, revolutions per second.
Answered by eric c - Fri May 9 02:57:23 2008
Compare the surfaces of Callisto, Io, and the Earth's Moon.?
Q. Also Explain what this comparison tells us about the ages of features on their surfaces.
Asked by vkman123 - Tue Mar 11 18:44:52 2008 - - 2 Answers - 0 Comments
A. I wonder if you even bothered to read about Callisto and Io - some very interesting things to learn about. Callisto is made of approximately equal amounts of rock and ices (water ice, methane ice, and ammonia ice), and investigation by the Galileo spacecraft revealed that Callisto may have a small silicate core and possibly a subsurface ocean of liquid water. This makes is completely different in composition from the moon. However, the surface of Callisto is heavily cratered and extremely old (just like the moon). It doesn't show any signs of subsurface processes such as plate tectonics, earthquakes or volcanoes, and is thought to have evolved predominantly under the influence of impacts (just like the moon). Io is completely different… [cont.]
Answered by poldi - Tue Mar 11 20:00:29 2008
Q. Also Explain what this comparison tells us about the ages of features on their surfaces.
Asked by vkman123 - Tue Mar 11 18:44:52 2008 - - 2 Answers - 0 Comments
A. I wonder if you even bothered to read about Callisto and Io - some very interesting things to learn about. Callisto is made of approximately equal amounts of rock and ices (water ice, methane ice, and ammonia ice), and investigation by the Galileo spacecraft revealed that Callisto may have a small silicate core and possibly a subsurface ocean of liquid water. This makes is completely different in composition from the moon. However, the surface of Callisto is heavily cratered and extremely old (just like the moon). It doesn't show any signs of subsurface processes such as plate tectonics, earthquakes or volcanoes, and is thought to have evolved predominantly under the influence of impacts (just like the moon). Io is completely different… [cont.]
Answered by poldi - Tue Mar 11 20:00:29 2008
In what ways does the gravitational force of Jupiter effect two of its moons, Io and Europa?
Q. ?
Asked by soccer4life1234 - Wed Oct 10 17:55:42 2007 - - 4 Answers - 0 Comments
A. Io: Jupiter's varying gravitational pull generates friction in Io's interior, making it **extremely** geologically active and volcanic. Europa: Similar to Io, Jupiter's gravity generates friction in Europa's interior. However, in Europa's case, instead of vulcanism, the friction produces enough heat to keep Europa's oceans liquid on the inside, even though it's an iceball on the outside.
Answered by Navigator - Wed Oct 10 18:29:18 2007
Q. ?
Asked by soccer4life1234 - Wed Oct 10 17:55:42 2007 - - 4 Answers - 0 Comments
A. Io: Jupiter's varying gravitational pull generates friction in Io's interior, making it **extremely** geologically active and volcanic. Europa: Similar to Io, Jupiter's gravity generates friction in Europa's interior. However, in Europa's case, instead of vulcanism, the friction produces enough heat to keep Europa's oceans liquid on the inside, even though it's an iceball on the outside.
Answered by Navigator - Wed Oct 10 18:29:18 2007
What would be a good slogan for the moon Io?
Q. What would be a good slogan for the moon Io?
Asked by Bruhhbruhh - Sun May 27 14:05:27 2007 - - 2 Answers - 0 Comments
A. 'lighten up dude'
Answered by jampetpaul - Sun May 27 15:48:04 2007
Q. What would be a good slogan for the moon Io?
Asked by Bruhhbruhh - Sun May 27 14:05:27 2007 - - 2 Answers - 0 Comments
A. 'lighten up dude'
Answered by jampetpaul - Sun May 27 15:48:04 2007
Why the Galilean Satellites orbit Jupiter in the equatorial plane, but Moon does not?
Q. Why the Galilean Satellites orbit Jupiter in the equatorial plane of Jupiter, but Moon does not orbit Earth in Earth's equatorial plane? Io, Europa,Ganymede,Callisto orbit Jupiter around Jupiter's equator, but our Moon does not orbit Earth around Earth's equator. Why?
Asked by Alexander - Sun Jul 26 14:41:51 2009 - - 2 Answers - 0 Comments
A. Good question Jupiter is so large in comparision to its moons it pulls the moons into concave orbits. The Earth is comparable in size to the moon and the orbit is convex. The why is explained in the third order equations used to describe lunar motions... made my head hurt.
Answered by wache_it@yahoo.com - Mon Jul 27 22:08:52 2009
Q. Why the Galilean Satellites orbit Jupiter in the equatorial plane of Jupiter, but Moon does not orbit Earth in Earth's equatorial plane? Io, Europa,Ganymede,Callisto orbit Jupiter around Jupiter's equator, but our Moon does not orbit Earth around Earth's equator. Why?
Asked by Alexander - Sun Jul 26 14:41:51 2009 - - 2 Answers - 0 Comments
A. Good question Jupiter is so large in comparision to its moons it pulls the moons into concave orbits. The Earth is comparable in size to the moon and the orbit is convex. The why is explained in the third order equations used to describe lunar motions... made my head hurt.
Answered by wache_it@yahoo.com - Mon Jul 27 22:08:52 2009
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