The gases that make-up Earth's atmosphere condense into liquids around 100 K. Where in the solar system (i.e. on which planet) would this occur as one moves outward from the Sun? Are there examples of planets that have atmospheres beyond this point? If so, what's different about the gases that don't condense into liquids there? Gravity increases as the mass of planets increase (all other quantities being equal). How would this affect the ability of the smaller planets to hold onto lighter gases? Explain your reasoning.
The gases that make-up Earth's atmosphere condense into liquids around 100 K. Where in the solar system (i.e. on which planet) would this occur as one moves outward from the Sun? Are there examples of planets that have atmospheres beyond this point? If so, what's different about the gases that don't condense into liquids there? Gravity increases as the mass of planets increase (all other quantities being equal). How would this affect the ability of the smaller planets to hold onto lighter gases? Explain your reasoning.
Applications and Investigations in Earth Science (9th Edition)
9th Edition
ISBN:9780134746241
Author:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Publisher:Edward J. Tarbuck, Frederick K. Lutgens, Dennis G. Tasa
Chapter1: The Study Of Minerals
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The gases that make-up Earth's atmosphere condense into liquids around 100 K.
Where in the solar system (i.e. on which planet) would this occur as one moves outward from the Sun?
Are there examples of planets that have atmospheres beyond this point? If so, what's different about the gases that don't condense into liquids there?
Gravity increases as the mass of planets increase (all other quantities being equal).
How would this affect the ability of the smaller planets to hold onto lighter gases? Explain your reasoning.
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