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1 Do Now: Label next 2 pages in ISN Gas Giants Make sure the following assignments are turned in: A3K Article Analysis Small Group Test Corrections Form (if applicable)
2 Astronomical Bodies in The Solar System The Gas Giant Planets
3 Unpacking the Benchmark SC.8.E.5.3 Distinguish the hierarchical relationships between planets and other astronomical bodies relative to the solar system, galaxy, and universe, including distance, size, and composition. High (EOC) REWRITE KNOW: The order of the universe. Size, distance and composition. DO: Compare the relationships between bodies in space.
4 Unpacking the Benchmark SC.8.E.5.7 Compare and contrast the properties of objects in the Solar System including the Sun, planets, and moons to those of Earth, such as gravitational force, distance from the Sun, speed, movement, temperature, and atmospheric conditions. Moderate. (EOC) REWRITE KNOW: The bodies in the Solar System & their gravity, speed, distance, movement, temp and atmo condition. DO: Compare/Contrast with the EARTH
5 Measuring distances in the solar system It is not useful to use km or mi for large distances The astronomical unit (AU) is used to measure within solar system 1 AU = average distance from Earth to the Sun 93 million miles
6
7
8 Inside Jupiter
9 Jupiter Part 1 of 3 Distance from Sun: 5.2 AU Mass: Earths Surface Temperature: -162 F Revolution: Earth years Rotation: 10 hours Moons: 67 Moons, 4 Galileian
10 Planet Structure Part 2 of 3 Solid Core with a liquid Hydrogen Outer Layer Atmosphere of Hydrogen and Helium gas. Red Spot is a storm LARGER THAN EARTH!
11 Moons Part 3 of 3 67 moons The four largest were discovered by Galileo in the early 1600s. Galilean Moons: Io, Europa, Ganymede, Callisto
12 Jupiter and it Moons
13 Revolution Compared to Earth
14 Jupiter s Red Spot ONE GIANT STORM!
15
16 Saturn Part 1 of 3 Distance from Sun: 9 AU Mass: 95 Earths Temperature: -218 F Revolution: 29.4 Earth years Rotation: 10.5 hours Moons: 62 Moons
17 Saturn in Ultraviolet
18 Planet Structure Part 2 of 3 Solid Rocky Core Layer of Liquid Metallic Hydrogen Atmosphere of liquid Hydrogen and Helium.
19 Moons & Rings Part 3 of 3 62 moons Titan is the Largest Rings are made from ice (water) Remnants of a destroyed moon? Gaps in the rings are due to the gravity of its moons
20
21 Revolution Compared to Earth
22 Inside Uranus The Gas (& Ice) Giant
23
24 Uranus Part 1 of 3 ICE GIANT! Distance from Sun: 20 AU Mass: 14.5 Earths Temperature: -323 F Revolution: 84 Earth years Rotation: 17 hours CLOCKWISE (RETROGRADE) Moons: 27 Moons
25 Planet Structure Part 2 of 3 Solid Iron Core Mantle- Ice from water, methane and ammonia Atmosphere of Hydrogen and Helium gas Considered an Ice Giant. SPINS ON ITS SIDE!
26 Moons & Rings Part 3 of 3 27 moons Ex) Titania, Oberon Rings are made from ice (water) Planet spins on its side due to a early planetary collision.
27 Uranus (and its Ring) in Infrared
28 Revolution Compared to Earth
29 Inside Neptune The Ice Giant
30 Neptune Part 1 of 3 THE ICE GIANT Distance from Sun: 30.1 AU Mass: 17 Earths Temperature: -330 F Revolution: 165 Earth years Rotation: 18 hours Moons: 13 Moons
31 Planet Structure Part 2 of 3 Rocky Core Mantle of Ices- water, ammonia, methane Atmosphere of Hydrogen, Methane and Helium gas Considered an Ice Giant.
32 Neptune s large hexagonal storm at its pole.
33 Moons & Rings Part 3 of 3 13 moons Largest is Triton Triton-Retrograde orbit means that it was a captured moon. Has a smaller ring system
34 Revolution Compared to Earth
35
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