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Astronomy - Ch. 13: Jupiter (1 of 37) Jupiter: Giant Among Giants
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Astronomy - Ch. 13: Jupiter (2 of 37) Jupiter's Location in the Solar System (Speed = 13.1 km/sec)
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Astronomy - Ch. 13: Jupiter (3 of 37) Jupiter's Composition
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Astronomy - Ch. 13: Jupiter (4 of 37) Jupiter is a Failed Star
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Astronomy - Ch. 13: Jupiter (5 of 37) Jupiter Major Stats (Orbital speed = 13 km/sec)
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Astronomy - Ch. 13: Jupiter (6 of 37) Observing Jupiter from Earth
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Astronomy - Ch. 13: Jupiter (7 of 37) Zones and Belts
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Astronomy - Ch. 13: Jupiter (8 of 37) The Great Red Spot
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Astronomy - Ch. 13: Jupiter (9 of 37) Wind Speed
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Astronomy - Ch. 13: Jupiter (10 of 37) Jupiter's Atmospheric Layers
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Astronomy - Ch. 13: Jupiter (11 of 37) Jupiter's Temperature Gradient
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Astronomy - Ch. 13: Jupiter (12 of 37) The Galileo Atmospheric Probe
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Astronomy - Ch. 13: Jupiter (13 of 37) Rotation and Oblateness
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Astronomy - Ch. 13: Jupiter (14 of 37) Orbital Motion of Jupiter
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Astronomy - Ch. 13: Jupiter (15 of 37) Orbital Inclination of Jupiter
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Astronomy - Ch. 13: Jupiter (16 of 37) Jupiter's Interior
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Astronomy - Ch. 13: Jupiter (17 of 37) Jupiter's Magnetic Field
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Astronomy - Ch. 13: Jupiter (18 of 37) Jupiter's Aurora Boreales vs Earth's
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Astronomy - Ch. 13: Jupiter (19 of 37) Jupiter's Aurora Boreales Details
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Astronomy - Ch. 13: Jupiter (20 of 37) The Rings of Jupiter
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Astronomy - Ch. 13: Jupiter (21 of 37) What is Roche Limit?
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Astronomy - Ch. 13: Jupiter (22 of 37) Jupiter's Four Inner Moons
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Astronomy - Ch. 13: Jupiter (23 of 37) Jupiter's Galilean Moons
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Astronomy - Ch. 13: Jupiter (24 of 37) Formation of the Jupiter's Galilean Moons
Description:
Explore the fascinating world of Jupiter in this comprehensive video series. Delve into the giant planet's location, composition, and unique characteristics as a failed star. Learn about Jupiter's major statistics, including its orbital speed and observational features from Earth. Examine the planet's atmospheric layers, temperature gradient, and the famous Great Red Spot. Discover the findings of the Galileo atmospheric probe and understand Jupiter's rotation, oblateness, and orbital motion. Investigate the planet's interior structure, powerful magnetic field, and stunning aurora borealis. Study Jupiter's ring system and the concept of the Roche limit. Finally, explore Jupiter's moons, including the four inner moons and the Galilean moons, and learn about their formation process.

Astronomy - Jupiter

Michel van Biezen
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