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Grade 6 Science Unit: 08 Lesson: 01 Characteristics Cards KEY Note: Some numeric values may differ depending on the research source used. Accept reasonable differences. Name: Sun Name: Mercury Period of Rotation: The apparent rotation of the star, as viewed from Earth, at its equator is about 25–28 days. Period of Rotation: 58.6 days Period of Revolution: It takes the solar system about Period of Revolution: 87.9 days 225–250 million years to complete one orbit of the galaxy. 17 st Orbit: 26,000 light-years (2.47954 X 10 km) from the Orbit: 1 from the Sun; 58,000,000 km center of the Milky Way Location: Close to the inner rim of Orion Arm in the Location: 0.387 AU; 58 million km (36 million miles) Milky Way galaxy 30 22 Size/Mass: 1.989 x 10 kg Size/Mass: 33 X 10 kg Atmosphere: Mostly hydrogen which extends past the Terrestrial or Gas Giant: Terrestrial orbit of Pluto Physical Properties: Composed of hydrogen that Atmosphere: It has a very thin, almost undetectable changes to helium during nuclear fusion. Energy atmosphere composed of sodium and potassium gas. produced in the core powers the Sun and produces Physical Properties: Close to the Sun; very cold at night essentially all the heat and light received on Earth. and very hot during the day; craters Name: Venus Number of Moons: 0 Period of Rotation: 243.1 days Period of Revolution: 224.7 days nd Orbit: 2 from the Sun Location: 0.723 AU; 108 million km (67.24 million miles) 22 Size/Mass: 487 X 10 kg Terrestrial or Gas Giant: Terrestrial Atmosphere: Carbon dioxide with minor amounts of nitrogen and trace amounts of nitrogen, helium, neon, and argon Physical Properties: About the same size of Earth; thick cloud cover traps much of the Sun's heat causing the hottest average temperature of all the planets Name: Earth Number of Moons: 1 Period of Rotation: 23 hours 53 minutes Period of Revolution: 365.3 days rd Orbit: 3 from the Sun Location:1 AU; 150 million km (92.9 million miles) 22 Size/Mass: 598 X 10 kg Terrestrial or Gas Giant: Terrestrial Atmosphere: Nitrogen and oxygen and minor amounts carbon dioxide, ozone, argon, and helium Name: Mars Number of Moons: 2 Name: Jupiter Number of Moons: Has 62 moons, 50 official, and 12 unofficial Period of Rotation: 9 hours 55 minutes Period of Revolution: 4,332.9 days th Orbit: 5 from the Sun Location: 5.203 AU; 778 million km (483.88 million miles) 22 Size/Mass: 190,000 X 10 kg Terrestrial or Gas Giant: Gas giant Atmosphere: Mainly helium and hydrogen with trace amounts of water, ammonia, methane, and other carbon compounds Temperature: Physical Properties: Has a red spot where a giant storm has been raging for at least 300 years; has no solid surface; has a faint ring; under its atmosphere there is a large liquid ocean of hydrogen and water Period of Rotation: 24 hours 37 minutes Period of Revolution: 686.9 days th Orbit: 4 from the Sun Location:1.524 AU; 228 million km (141.71 million miles) 22 Size/Mass: 64.2 X 10 kg Terrestrial or Gas Giant: Terrestrial Atmosphere: Thin layer of mainly carbon dioxide; nitrogen, argon, and small traces of oxygen and water vapor also present Temperature: Physical Properties: Has much higher mountains and far deeper canyons than the Earth; temperature ranges similar to earth; may have frozen water at poles ©2012, TESCCC Physical Properties: Has atmosphere and temperature ranges which allow life; has liquid water 11/01/2012 page 1 of 3 Grade 6 Science Unit: 08 Lesson: 01 Name: Saturn Number of Moons: Has 53 official moons and 9 unofficial moons. Period of Rotation: 10 hours 13 minutes Period of Revolution: 10,759.2 days th Orbit: 6 from the Sun Location: 9.539 AU; 14.29 million km (887.14 million miles) 22 Size/Mass: 56, 900 X 10 kg Terrestrial or Gas Giant: Gas giant Atmosphere: Thick atmosphere of hydrogen and helium; methane and ammonia also present Physical Properties: Atmosphere of methane and helium; no solid surface; first planet discovered to have rings. The sky gradually turns into liquid until it becomes an ocean of liquid chemicals. Name: Uranus Number of Moons: 21 Period of Rotation: 17.2 hours Period of Revolution: 30,684 days th Orbit: 7 from the Sun Location: 19.18AU; 2,871million km (1,783.98 million miles) 22 Size/Mass: 8,690 X 10 kg Terrestrial or Gas Giant: Gas giant Atmosphere: Mainly of hydrogen and minor amounts of helium and methane Physical Properties: Spins on its side; has a large rocky core; almost identical to the planet Neptune; has dark rings; cold Name: Neptune Number of Moons: 13 Period of Rotation: 16 hours 17 minutes Period of Revolution: 60,190 days th Orbit: 8 from the Sun Location:30.06 AU; 4,504 million km (2,796.46 million miles) 22 Size/Mass:10, 280 X 10 kg Terrestrial or Gas Giant: Gas giant Atmosphere: Mainly hydrogen and helium; small amounts of methane Physical Properties: Has six rings; has a storm called The Great Dark Spot; has faint rings; cold Galilean Moons: Students may have to perform specific searches for orbital periods. Name: Io Name: Callisto Name: Ganymede Distance from Planet: Distance from Planet: Distance from Planet: 421,600 km 1,070,000 km 670,900 km th th th Location: 5 from Jupiter Location: 8 from Jupiter Location: 7 from Jupiter Orbital Period of Orbital Period of Orbital Period of Revolution: 1.769 days Revolution: 16.689 days Revolution: 7.154 days Other Characteristics: Other Characteristics: Other Characteristics: nd Active volcanism; sulfur, 2 largest moon; cratered Largest moon in solar iron, and rocky material; surface; ice; thin system; ice; grooved rd 3 largest moon atmosphere terrain on cratered surface ©2012, TESCCC 11/01/2012 Name: Europo Distance from Planet: 670,900 km th Location: 6 from Jupiter Orbital Period of Revolution: 3.551 days Other Characteristics: th 4 largest moon; ice; may have ocean under surface of ice; smallest moon; has phases like Earth’s moon page 2 of 3 Grade 6 Science Unit: 08 Lesson: 01 Name: Meteors General Location/Path: Most likely source for most meteors is the asteroid belt between Jupiter and Mars. A meteoroid is a sand- to boulder-size particle of debris in the solar system. The visible path of a meteoroid that enters Earth's atmosphere is called a meteor, or a shooting star or falling star. If a meteoroid reaches the ground and survives impact, then it is called a meteorite. Many meteors appearing seconds or minutes apart are called a meteor shower. Name: Asteroids General Location/Path: Four sets of asteroids fields: the main belt, Trojans, scattered disc, and Kuiper belt. The asteroid field, known as the main belt, is a large collection of objects that are in orbit between Jupiter and Mars. Physical Properties: Interplanetary space is littered with rocks tens of meters in diameter or less. These are asteroids that have been pulled into a planets gravitational field and either burn up or impact on a planet or moon surface. Most meteors are tiny specks of dust and rapidly burn up in the atmosphere. Some are larger and produce spectacular fireballs that are very bright. Meteors are common; you can usually observe a few per hour on any clear night, but fireballs are rare. Physical Properties: Asteroids are thought to be the result of the Big Bang; large asteroids collide and destroy each other until they are elliptical and other odd shaped, pock-marked rocky objects. Name: Comets General Location/Path: Disc-like belt of icy bodies just beyond Neptune, where comets pushed by gravity into orbits bringing them closer to the Sun; become shortperiod comets; take less than 200 years to orbit the Sun. Long-period comets come from a region called the Oort Cloud and can take as long as 30 million years to complete one trip around the Sun. Physical Properties: Has a tiny frozen nucleus which contains icy chunks and frozen gases with bits of embedded rock and dust, or it may have a small rocky core. A comet warms up as it nears the Sun and develops an atmosphere, or coma. The Sun's heat causes ices on the nucleus surface to change to gases so that the coma gets larger. The pressure of sunlight and solar wind blows the coma materials away from the Sun, forming a long and, sometimes, bright tail. ©2012, TESCCC 11/01/2012 page 3 of 3