Given that the escape speed of Earth is 5.6 km/s, what is the log10of the number of molecules in one mole of N2 that will reach Earth's escape velocity? Round your answer to the nearest hundredth (i.e. if your final answer is -32.576, round it to -32.58). Take the average Earth Air Temperature to be T-293 K. Take Avogadro's Constant as 6.022x1023 and the Ideal Gas Constant R-8.31 J/mol*K. Your Answer: Answer
Given that the escape speed of Earth is 5.6 km/s, what is the log10of the number of molecules in one mole of N2 that will reach Earth's escape velocity? Round your answer to the nearest hundredth (i.e. if your final answer is -32.576, round it to -32.58). Take the average Earth Air Temperature to be T-293 K. Take Avogadro's Constant as 6.022x1023 and the Ideal Gas Constant R-8.31 J/mol*K. Your Answer: Answer
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Transcribed Image Text:Given that the escape speed of Earth is 5.6 km/s, what is the log10 of the number of
molecules in one mole of N, that will reach Earth's escape velocity? Round your
answer to the nearest hundredth (i.e. if your final answer is -32.576, round it to
-32.58). Take the average Earth Air Temperature to be T-293 K. Take Avogadro's
Constant as 6.022x10 and the Ideal Gas Constant R-8.31 J/mol*K.
23
Your Answer:
Answer
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