'Moon formation' diaporamas de présentation

Literary Jeopardy!

Literary Jeopardy!. Tides 1 . Eclipses 2. Moon Phases 3. Equinox and Solstice 4. Moon Formation and Structure 5 . General Earth, Moon, Sun System Questions 6. $100. $100. $100. $100. $100. $100. $200. $200. $200. $200. $200. $200. $300. $300. $300. $300. $300.

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What do we know? Size?

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psi/node/5657

http://www.psi.edu/node/5657. Lunar Geology 1. Internal Layers Seismometer Data Prospector Data Possible Origins Major Surface Features Miscellaneous Facts! http://www.psi.edu/node/5657. Internal Layers, Seismometer Data, and Prospector Data. Crust 65 km. Mantle 950 km. Core 200 km.

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Minerals and Origin of the Moon

Minerals and Origin of the Moon. Triana Henz. Formation Theories. Fission Capture Co-formation Giant Impact. Data. High angular momentum Low iron core Identical abundances of oxygen isotopes. Giant Impact Exchange. Giant Impact Uncertainty. Faster cooling rate

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Experiment 11: The Surface of The Moon

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Unit 1 Notes: Hypothesis, Theory, and Law

Unit 1 Notes: Hypothesis, Theory, and Law. Example: Moon Formation. - Turn to pages 32-33 in your textbooks. - We will be using the captions at the top of these two pages during the notes. Impact Theory. Theory. Observations. - Evidence tested. - Explanation of the way the world behaves.

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Zinc Isotopes Provide Clues to Volatile Loss During Moon Formation

Zinc Isotopes Provide Clues to Volatile Loss During Moon Formation. Lodders (2003). Zn: Paniello et al (2012) Cr: Lugmair and Shukolyukov (1998) Ti: Zhang et al. (2012) W: Touboul et al. (2007).

152 views • 1 slides