Welcome to The Largest Moon Satellite Of Saturn Answers
Voting Question: solar system questions?
.7The same force that keeps the Moon orbiting the Earth also keeps the Earth orbiting the Sun. What is this force? A. electric force B. gravitational force C. magnetic force D. nuclear force 8. Between the orbits of Mars and Jupiter is a belt of small, rocky objects. What are the objects that orbit the Sun in this belt? F. asteroids G. comets H. meteors I. stars 9. Upon which property of an object does weight most directly depend? A. mass B. shape C. size D. volume 10. What characteristic of a planet determines the length of one year on that planet? F. how fast it spins on its axis G. how much it is tilted on its axis H. how far away it is from the Sun I. how fast it revolves around the Sun 11. The gas giants, such as Saturn, are surrounded by rings. What are these rings made of? A. small pieces of ice and rock B. all of the moons of the planet C. beams of light bent around the planet D. colored gases flowing around the planet 12. What property directly affects the amount of gravity an object has? A. density B. mass C. speed D. volume 13. The diagram above shows the relative positions of the Earth, the Moon, and the Sun on a particular night. Florida’s position on Earth is also indicated. How will these circumstances affect the tide that Florida experiences under these circumstances? A. Florida will experience an extremely low tide. B. Florida will experience a moderately low tide. C. Florida will experience a moderately high tide. D. Florida will experience an extremely high tide. 14. The data shown in the data table gives the average distance between the five outermost planets and the Sun in both millions of kilometers (km) and astronomical units (AU). Based on this data, what would you expect the distance to be between one of Jupiter’s moons and the Sun? A. less than 1.00 AU B. between 1.00 and 5.00 AU C. around 5.20 AU D. more than 39.5 AU 15. Other than the Sun, the next closest star to Earth is Proxima Centauri. It only takes 4.2 years for light from this star to reach us here on Earth. Why then, have we not been able to send anybody to this star? F. We do not have enough money to finance a mission. G. No technology exists to send a spacecraft that far into space. H. The space program has not existed for a long enough period of time. I. There isn’t enough information about Proxima Centauri to make travel there safe. 16. Which object exerts the most gravitational force? F. Earth G. Jupiter H. the Moon I. the Sun 17. How are mass and weight related to each other? A. Mass is the effect of gravity on weight. B. Weight is the effect of gravity on mass. C. Mass and weight both depend on gravity. D. Mass and weight are both independent of gravity. 18. How would Earth’s orbit change if its orbital speed slowed down? A. It would move closer to the Sun. B. It would move closer to the Moon. C. It would move farther from the Sun. D. It would move farther from the Moon. 19. Which planet takes the longest amount of time to orbit the Sun? A. Mercury B. Venus C. Earth D. Mars 20. At which point on Earth is a high tide occurring? F. 1 G. 2 H. 3 I. 4 21. The same force that keeps the Moon orbiting the Earth also keeps the Earth orbiting the Sun. What is this force? A. electric force B. gravitational force C. magnetic force D. nuclear force 22. A small satellite orbits Pluto. Eight satellites orbit Neptune, the closest planet to Pluto. Pluto is much smaller than Neptune. Why isn’t Pluto a satellite of Neptune? A. The Sun’s gravity is the primary influence on Pluto. B. Neptune is not large enough to capture Pluto as a satellite. C. Neptune’s gravitational pull is neutralized by its eight satellites. 23. Pluto’s satellite’s gravitational pull keeps Pluto away from other planets. Using a string, a ball, and a hollow tube for a handle, LaTanya makes the model shown below. Holding the handle’s center, she swings the ball in a circle to show how a planet orbits a star. She knows that the orbit of a planet depends upon the gravitational pull of the star. Which model component illustrates the effect of gravity? F. the ball G. the string H. the handle I. the rotation direction 24. Carol and Deborah are looking at stars on a dark night and notice that two stars next to each other are equally bright, but one is red and one is orange. Which of the following best explains why the stars are different colors? A. The stars are in different galaxies. B. The stars are different distances away. C. The stars are at different stages in their life cycles. _ D. The stars have different numbers of planets orbiting them. 25. Although the planets in our solar system have unique features, they also have similarities. Which of the following characteristics is most similar among the planets in our solar system? F. mass G. shape of orbit _ H. number of satellite moreResolved Question: What is the largest moon (satellite) of Saturn?
moreResolved Question: Can someone please help me with a few questions? I really appreciate it.?
Congratulations! You have discovered a new planet in our Solar System! The orbital period of the planet is 22.6 years. Use Keplers Third Law to determine its distance from the Sun. 2 AU. 4 AU. 10 AU. 6 AU. 8 AU. 2. No Response | Show Details Notes part score total submissions 1 -- 2 0/50 According to Kepler's Second Law, the planet Saturn moves fastest during Aphelion. Superior Conjunction. Transit. Perihelion. Inferior Conjunction. 3. No Response | Show Details Notes part score total submissions 1 -- 2 0/50 The escape speed on Earth is 11,200 meters per second (which is equal to about 25,000 miles per hour). This enormous speed explains why we need to use rockets to launch spacecraft to the planets. Using the formula for escape speed given in class, calculate the escape speed from Phobos, one of the two moons of Mars. To do so, you will need the following information: G = Gravitational Constant = 6.672x10-11 Nm2 kg-2. M = Mass of Phobos = 1x1016 kg. r = Radius of Phobos = 11,200 m. about 11 meters/sec about 1 meter/sec about 100 meters/sec about 5000 miles/hour about 100 miles/hour 4. No Response | Show Details Notes part score total submissions 1 -- 2 0/50 Using your answer to question #3, answer the following: If you could stand on the surface of Phobos, and could throw a baseball at 70 miles per hour, could you throw the ball onto the surface of Mars? Yes No 5. [Fix4 5.CQ.04.] No Response | Show Details Notes part score total submissions 1 -- 2 0/50 Two forces, oppositely directed, act on a body. The force acting toward the right is twice as strong as the force acting toward the left. Describe the motion of the body. The body will accelerate to the right. The body will accelerate to the left. The body will move with constant momentum. The body will remain stationary. 6. [Fix4 5.P.03.] No Response | Show Details Notes part score total submissions 1 -- 2 0/50 Suppose object A is 9 times as massive as object B. How does the acceleration of object A compare to that of object B if the same force is applied to each object? The acceleration of A is 18 times the acceleration of B. The acceleration of A is the same as the acceleration of B. The acceleration of A is 1/9 times the acceleration of B. The acceleration of A is 1/81 times the acceleration of B. The acceleration of A is 9 times the acceleration of B. 7. [Fix4 5.P.06.] No Response | Show Details Notes part score total submissions 1 -- 1 0/50 2 -- 1 0/50 Suppose an astronaut in space pushes a piece of equipment away from her. The astronaut is 9 times as massive as the equipment. The equipment is accelerated to a velocity of 33 m/s towards Polaris. How fast and in what direction will the astronaut move as a result of pushing the equipment? m/s toward the north celestial pole toward the south celestial pole 8. [Fix4 5.P.07.] No Response | Show Details Notes part score total submissions 1 -- 2 0/50 How would the gravitational force between two bodies change if the mass of each were quadrupled and the distance between them was also quadrupled? The force would increase by a factor of 4. The force would be the same. The force would decrease by a factor of 4. The force would decrease by a factor of 16. 9. No Response | Show Details Notes part score total submissions 1 -- 2 0/50 Which of the following is an example of a scalar quantity? acceleration force temperature momentum velocity 10. No Response | Show Details Notes part score total submissions 1 -- 2 0/50 A satellite in a circular orbit has its velocity increased in magnitude by 30 percent, while its direction remains the same. The resulting orbit is: a circle with a smaller radius a parabola a circle with a larger radius an ellipse a straight line moreResolved Question: Can you explain to me this but just shorter ?
LAUREL, MD. — Ask planetary scientist Mark Sykes where NASA’s Dawn spacecraft is headed, and he will say it is on its way to the largest asteroid and the smallest planet. Dawn launched in September 2007 and is scheduled to rendezvous with the asteroid Vesta in 2011 and then with the dwarf planet Ceres in 2015. But a dwarf planet is not a planet — at least that is what the International Astronomical Union declared in 2006. Technically, Sykes’ comment is incorrect. But Ceres is a planet, “my favorite planet,” Sykes said August 14 during the Great Planet Debate Conference held at the Johns Hopkins University Applied Physics Laboratory in Laurel, Md. Sykes, who is director of the Planetary Science Institute headquartered in Tucson, Ariz., is one of many scientists calling for a definition of the word “planet” other than the IAU definition. A planet in the solar system, the IAU says, must: orbit the sun; have enough gravity to make it nearly round; and have gobbled up or sent packing any objects found in its orbit. A dwarf planet, under IAU rules, is not a planet. The IAU says a dwarf planet orbits the sun, is not a satellite, has enough mass to make itself nearly round and has not booted objects from its orbit. But how can a dwarf of something not be considered one of that thing? Sykes asked. That sentiment was expressed again and again by many scientists at the conference. “It is grammatically and logically weird that a dwarf planet is not a planet. That rule is unacceptable and violates laws of logic and grammar,” said planetary scientist David Morrison of the NASA Ames Research Center in Moffett Field, Calif. The IAU definition of planet pleases no one, which is ironic because words are to be useful and easy to understand, he said. So during the conference, Morrison called for the withdrawal of the IAU definition, an action he said would be unlikely. He then suggested that the IAU definition be ignored. And that is what Sykes is doing, he said — at least partially. He is selecting the part of the IAU definition that he finds useful, arguing that a planet is anything that orbits a star, doesn’t fuse elements in its core and has enough internal gravity to be nearly round. Those criteria would make Ceres a planet. It would remake Pluto one too. There would be at least 13 planets in the solar system with many more, possibly thousands to come, he said. The thousands would lie in the Kuiper Belt, the ring of planet-like chunks of rock and ice in Pluto’s neighborhood. Not all conference attendees agreed, though. “It is easier to determine if a larger object is dynamically dominant, meaning it dominates the orbit, not necessarily clears it, compared to determining whether a smaller object is round,” said astrophysicist Steven Soter of the American Museum of Natural History in New York City. He did note that he was not advancing the IAU’s definition, but rather was suggesting that using dynamics to define objects is more straightforward than defining a planet based on its gravity establishing its roundness. That in essence means the planet's internal gravity is strong enough to make the object nearly round. Labeling planets based on their dynamics around the sun distinguishes the planets as Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus and Neptune. But if Earth were orbiting the sun out in the Kuiper Belt, based on a dynamical definition and the mass of Earth, it would not be a planet, Sykes and other scientists pointed out. “The dynamics perspective misses the point of planet classification,” which is to group like things together, said planetary scientist Alan Stern of NASA’s science mission directorate based in Washington D.C. And, “it ignores the 300-plus planets found outside the solar system,” he added. “A definition based on the physical, the intrinsic properties of a planet does not,” he noted. Such a definition might seem to add confusion because it would include a planet’s moons as planets too, Stern said. “But we are just going to have to get over that,” he said, because what makes a broad, physical-based definition of a planet useful is that it allows scientists and educators to “put like things together in the same bin,” and then make sub-bins or subcategories of planets such as satellite planets, dwarf planets and extrasolar planets, he explained. Those subcategories could be added to already existing categories, such as terrestrial planets, gas planets, rocky planets, inner planets and outer planets. But making moons and others objects planets is a “radical step” away from the definition of planets as the public knows it, Morrison said. And since “planet” is a cultural term, it is dangerous to change the term to that extent, he argued. Stern countered by saying that his concept of a definition — one “based on the physical, the intrinsic properties of a planet” — is how he defines a planet. It also pushes the bounds of what a planet is. When, or if, moreResolved Question: cn somebody correct this for me?
Saturn is known as the sixth planet from the sun. It is also the second largest planet in the solar system, right after Jupiter. Saturn is also known for its rings, they consist mostly of ice particles. Sixty known moons orbit Saturn. Titan is Saturn’s largest moon. Titan is also the second largest moon, right after Jupiter’s moon. It is also bigger than the planet Mercury. Saturn is about ninety-five times the mass of earth. Saturn is the only planet in the solar system that is denser than water. Due to a combination of its lower density, rapid rotation, and fluid state, Saturn is an oblate spheroid, which is flattened at the top of the poles and bulges at the equator. There is little known about Saturn’s interior. Saturn has a small rocky core surrounded mostly by hydrogen and helium. The core region is about 23 times the mass of earth. Saturn’s interior can reach 11,700 degrees Celsius, that’s hot! Saturn’s core is similar to earth’s but denser. As deeper and deeper in the core, the pressure reaches 100,000 bars. The gas changes state to a hot liquid. As the pressure reaches 1,000,000 bars, it changes into a new state again, into metallic hydrogen. Beneath this is a layer where ice is a soupy liquid mixture of water, methane, and ammonia under high temperature and pressures. Finally, in the very center is a rocky ice core. Saturn’s outer atmosphere consists of an estimated 93.2% of molecular hydrogen and about 6.7% of helium. The atmosphere is primarily composed of hydrogen with small amounts of helium and methane. Trace amounts of ammonia, acetyne, ethane, phosphine, and methane were found. The upper layer clouds on Saturn consist of ammonia crystals. The lower layer clouds appeared to be composed of water. Saturn rotates faster than any planet planet, except for Jupiter. Saturn has an average orbital speed of about 9.69 kilometers per second. Saturn takes 29 ½ earth years to finish one revolution around the sun. Saturn spins around once in only ten hours and thirty-nine minutes. Saturn’s orbital degree is 2.48 degrees. As Saturn travels around the sun, it spins on an axis, an imaginary line drawn through its center. Saturn is most likely known for its rings. Saturn has seven rings. Saturn’s rings are made up of ice particles that travel around the planet. Saturn’s rings consist mainly of billions of pieces of ice. Many of Saturn’s rings feature thin bands of varying brightness called ringlets. They are arranged in a line parallel to the zodiac. D, C, B, A, F, G, and E are the names of Saturn’s rings. They are listed in order from the closest to Saturn to the farthest. Saturn’s ring system makes the planet one of the most beautiful objects in the solar system. The A and B rings are bright; thought C ring is a bit fainter. The ring system has various gaps. The most known gap is the Cassini division, this division separates the A and B rings. The Enkee division splits the A ring. It is thought the main rings are really made up of large number of narrow ringlets. It is also thought that the rings may have been formed from larger moons that were shattered by impacts of comets and meteoroids. The rings composition is not known for certain, but they show a significant amount of water. The rings might be made up of ice bergs and or snowballs. Most of the elaborate structure of some of nearby satellites. These rings extend from 6,630 kilometers to 120,700 kilometers above Saturn’s equator. It is approximately 20 meters thick, and made up of 93 percent water and 7 percent amorphous carbon. Saturn’s rings have an intricate structure of thousands of thin gaps and ringlets. It is indicated that Saturn’s rings have their own atmosphere. The atmosphere is made up of molecular oxygen gas produced when ultra violet light from the sun interacts with water ice in the rings. The rings also have a similar hydroxide atmosphere like the oxygen gas; the atmosphere is produced by disintegration of water molecules Saturn shows complex patterns in its brightness. Most of the variability is due to the changing aspects of the rings, this goes through two cycles every orbit. Saturn has a lot of moons. The precise figure is indeterminate. As the orbiting of ice in Saturn’s rings are all technically moons .Sixty moons have been identified, and 3 more unconfirmed moons that could possibly be large dust clumped in the rings, Fifty- two of those moons have been given proper names. Most of those moons are very small in size. Thirty-four of those moons are less than 10 kilometers in diameter; another 13 of the moons are less than 50 kilometers. Only seven are large enough to have collapsed into hydrostatic equilibrium under their own gravitation. Titan is Saturn’s largest moons. It is the only moon to have a dense atmosphere. WHILE MOST OF Saturn’s moons are small, Titan on the other hand is huge! Titan is actually bigger than the planet Mercury. It is also the only moon to possess a significant atmosphere. Saturn’s second largest moon Rhea may have a tenuous ring system of its own. moreResolved Question: Can someone help me with the following physics problems?
I just need a general idea on how to calculate the following: Determine the one-way transit time for a signal sent from the earth to … 1. a satellite in geosynchronous orbit 2. the moon 3. the sun 4. mars 5. saturn 6. Voyager 1 and/or Voyager 2 7. Proxima Centauri 8. the Large Magellanic Cloud 9. the Andromeda Galaxy (a.k.a. M81) 10. the edge of the observable universe moreWelcome to The Largest Moon Satellite Of Saturn News
the largest moon satellite of saturn
(PhysOrg.com) -- A region on Saturn's moon Titan's southern latitudes appears to have been flooded by a summer cloudburst of hydrocarbon rain, as seen in images from NASA's Cassini spacecraft taken before and after a large storm system was observed ...
Read moreCassini Finds Hydrocarbon Rains May Fill Titan Lakes - PhysOrg
ZOOMING though the solar system without having to leave the comfort of your home will soon be more than just a flight of fancy. Google, the internet search engine, has signed a deal with Nasa that will allow us to observe the universe and go for ...
Read moreHOW TO ADD A BIT OF SPACE IN YOUR LOUNGE - Daily Express
Recent images of Titan from NASA's Cassini spacecraft affirm the presence of lakes of liquid hydrocarbons by capturing changes in the lakes brought on by rainfall. For several years, Cassini scientists have suspected that dark areas near the north ...
Read moreNASA Cassini Finds Hydrocarbon Rains May Fill Titan Lakes - SpaceRef
For several years, Cassini scientists have suspected that dark areas near the north and south poles of Saturn’s largest satellite might be liquid-filled lakes. An analysis published today in the journal Geophysical Research Letters of recent ...
Read moreCassini Captures Changes In Titan's Lakes - Science Daily
For several years, Cassini scientists have suspected that dark areas near the north and south poles of Saturn's largest satellite might be liquid-filled lakes. Now, recent pictures of Titan's South Polar region reveals new lake features not seen in ...
Read moreHydrocarbon rains may fill lakes in Titan - New Kerala
Recent pictures from the Cassini spacecraft of Titan's south polar region reveal new lake features not seen in images of the same region taken a year earlier. Extensive cloud systems seen in images covering the area during past year suggest that the ...
Read moreHydrocarbon Downpours Could Be Creating New Lakes on Titan - Universe Today
Non-recruiting football news has been a bit slow lately, as it appears increasingly likely that head coach Gene Chizik will wait until after National Signing Day to fill the two spots remaining on his coaching staff. So let's rundown the last several ...
Read moreRundown on recruiting - Everything Alabama Blog
Read moreTop The Largest Moon Satellite Of Saturn Links
Titan (moon) - Wikipedia, the free encyclopediaTitan, the Largest Moon of Saturn Titan has an atmosphere. This can be seen faintly in the image ... The preceding images show the satellite Rhea, which is seen to have many impact ... |
The Moons of Saturn... 10.1038/nature04548. ^ " The Dust Halo of Saturn's Largest Icy Moon, Rhea -- Jones et al. 319 (5868): 1380 -- Science". Retrieved on 2008-03-06. ^ " Saturn satellite reveals first moon ... |
Natural satellite - Wikipedia, the free encyclopediaThe icy moon Rhea, Saturn's second largest satellite, hangs before Cassini in this narrow angle camera image, showing just a hint of its crater-pocked surface. |
Catalog Page for PIA06490Now Also The Giant Planet Satellite and Moon Page) (Jupiter, Saturn, Uranus and Neptune). ... Since Jupiter is the largest planet in our Solar System it has ... |
Jupiter Irregular Satellite Moon Page Saturn Uranus NeptuneSearching for signs of life on other planets—at least in our own solar system—has always been a bit of a fool's errand. Other than Mars, which may have been teeming with ... |
The Largest Moon Satellite Of Saturn Information
Cassini visits Saturn sending back fascinating pictures
Earlier this week NASA's Cassini spacecraft started sending some of the most detailed and fascinating pictures home of Saturn's sixth largest moon ...
www.youtube.com
more
Cassini visits Saturn sending back fascinating pictures
Author: spacevidcast Added: Wed, 13 Aug 2008 07:54:18 -0800 Duration: 150 Earlier this week NASA's Cassini spacecraft started sending some of the ...
revver.com
more
Jupiter's moon Ganymede (AggManUK)
A brief look at Jupiter's moon Ganymede and some quite interesting facts. I hope you enjoy it. Music: The Source of Secrets, by Mike Oldfield ...
www.youtube.com
more
Cassini visits Saturn sending back fascinating pictures
Earlier this week NASA's Cassini spacecraft started sending some of the most detailed and fascinating pictures home of Saturn's sixth largest moon ...
www.dailymotion.com
more
Titan
Discovered in 1655 by the Dutch astronomer Christiaan Huygens, Titan is the biggest of the 52 known moons orbiting Saturn. It is a cold world ...
www.youtube.com
more
I visit the summer.
マッハマスターのマンションから見上げたお月さん、 きれいなお月さんですね、 夏本番です、 今日も大阪は蒸し暑く、 35度オーバー、 暑いですね ...
www.youtube.com
more
Cosmos Episodio 6 parte 1/7
http://lavozdecarlsagan.blogspot.com/ Episodio 6: Historias de viajeros Contenido: Los Paises Bajos en el siglo XVII. La vida y obra de ...
www.youtube.com
more
Cosmos Episodio 6 parte 3/7
http://lavozdecarlsagan.blogspot.com/ Episodio 6: Historias de viajeros Contenido: Los Paises Bajos en el siglo XVII. La vida y obra de ...
www.youtube.com
more
Cosmos Episodio 6 parte 6/7
http://lavozdecarlsagan.blogspot.com/ Episodio 6: Historias de viajeros Contenido: Los Paises Bajos en el siglo XVII. La vida y obra de ...
www.youtube.com
more
Cosmos Episodio 6 parte 5/7
http://lavozdecarlsagan.blogspot.com/ Episodio 6: Historias de viajeros Contenido: Los Paises Bajos en el siglo XVII. La vida y obra de ...
www.youtube.com
more