Escape velocity from the moon is approximately 5500 miles per hour=2.45×10³m/s. At certain spots on the surface of the moon, the temperature of the surface material reaches 800k. Suppose a molecule of hydrogen (m=3.33×10*-27kg) were to hit the surface of the moon and reach a speed equal to the root- mean- square (rms) speed for this temperature. i. What would be the velocity or root- mean square speed (v rms) of the Hydrogen molecule? ii. Will the Hydrogen molecule manager to escape?
Escape velocity from the moon is approximately 5500 miles per hour=2.45×10³m/s. At certain spots on the surface of the moon, the temperature of the surface material reaches 800k. Suppose a molecule of hydrogen (m=3.33×10*-27kg) were to hit the surface of the moon and reach a speed equal to the root- mean- square (rms) speed for this temperature. i. What would be the velocity or root- mean square speed (v rms) of the Hydrogen molecule? ii. Will the Hydrogen molecule manager to escape?
College Physics
10th Edition
ISBN:9781285737027
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter10: Thermal Physics
Section: Chapter Questions
Problem 29P
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Escape velocity from the moon is approximately 5500 miles per hour=2.45×10³m/s. At certain spots on the surface of the moon, the temperature of the surface material reaches 800k. Suppose a molecule of hydrogen (m=3.33×10*-27kg) were to hit the surface of the moon and reach a speed equal to the root- mean- square (rms) speed for this temperature.
i. What would be the velocity or root- mean square speed (v rms) of the Hydrogen molecule?
ii. Will the Hydrogen molecule manager to escape?
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