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Reading Expert 4(2020)
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Reading Expert 4(2020)
UNIT 15 - READING 2 The Planet Saturn
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UNIT 15 - READING 2 The Planet Saturn
Saturn, the sixth planet from the Sun, is known for its large, distinct rings. These rings were first seen in 1610 by Galileo Galilei, but not very clearly. He wondered if they were just two large moons of the planet. Later, with more developed telescopes, astronomers were able to discern the shape of the rings and eventually discovered that they were made of numerous small pieces of material. In the 1980s, the two Voyager space probes collected more detailed information about Saturn, and exploration continued from 2004 to 2017 with the Cassini probe. Thanks to the detailed images taken by these spacecraft, we got to see that Saturn is surrounded by thousands of small rings. The collected data revealed information about what Saturn's rings are made of, where they might have come from, and how they change. Billions and billions of individual bits form the rings of Saturn. Some are the size of a mountain and others are the size of a grain of sand. They are made up mostly of frozen water. When seen through a telescope, the rings look like one large disk. However, there are actually four major ring groups and three smaller groups, all separated by gaps. They all orbit the planet at high speeds. At first, astronomers thought the rings were as old as the planet and were made from material left over when Saturn formed. But the rings turned out to be made of very pure ice, which suggests they are much younger than the planet. If they were old, they would have collected more dust. Instead, astronomers now think the rings could have been made from broken moons. It's more likely that asteroids or comets collided with some of Saturn's moons, breaking them into pieces in the distant past. The pieces may have then spread out and formed the rings around Saturn. Regardless of how the rings formed, scientists agree that they won't last long compared with the lifespan of a planet. Saturn's magnetic field pulls the rings' particles inward, causing them to fall onto the planet like rain. The rings are gradually losing mass and will probably disappear within 300 million years.
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1 Saturn, the sixth planet from the Sun, is known for its large, distinct rings. 2 These rings were first seen in 1610 by Galileo Galilei, but not very clearly. 3 He wondered if they were just two large moons of the planet. 4 Later, with more developed telescopes, astronomers were able to discern the shape of the rings and eventually discovered that they were made of numerous small pieces of material. 5 In the 1980s, the two Voyager space probes collected more detailed information about Saturn, and exploration continued from 2004 to 2017 with the Cassini probe. 6 Thanks to the detailed images taken by these spacecraft, we got to see that Saturn is surrounded by thousands of small rings. 7 The collected data revealed information about what Saturn's rings are made of, where they might have come from, and how they change. 8 Billions and billions of individual bits form the rings of Saturn. 9 Some are the size of a mountain and others are the size of a grain of sand. 10 They are made up mostly of frozen water. 11 When seen through a telescope, the rings look like one large disk. 12 However, there are actually four major ring groups and three smaller groups, all separated by gaps. 13 They all orbit the planet at high speeds. 14 At first, astronomers thought the rings were as old as the planet and were made from material left over when Saturn formed. 15 But the rings turned out to be made of very pure ice, which suggests they are much younger than the planet. 16 If they were old, they would have collected more dust. 17 Instead, astronomers now think the rings could have been made from broken moons. 18 It's more likely that asteroids or comets collided with some of Saturn's moons, breaking them into pieces in the distant past. 19 The pieces may have then spread out and formed the rings around Saturn. 20 Regardless of how the rings formed, scientists agree that they won't last long compared with the lifespan of a planet. 21 Saturn's magnetic field pulls the rings' particles inward, causing them to fall onto the planet like rain. 22 The rings are gradually losing mass and will probably disappear within 300 million years.