It is located 30 km above the Earth's surface (roughly in themiddle of the stratosphere), the pressure is about 0.013 atm,and the gas density is 3.74 x 1023 molecules/m³. Assumingthat N2 represents the stratosphere, calculate the followingusing the collision diameter 368 pm:a) The temperature of the atmosphere 30 km above theEarth's surface,b) The number of collisions suffered by a single gas particlein this region of the stratosphere in 1 second,c) the total number of particle collisions occurring in 1second is,d) The average free path taken by a gas particle in this regionof the stratosphere.

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It is located 30 km above the Earth's surface (roughly in the middle of the stratosphere), the pressure is about 0.013 atm, and the gas density is 3.74 x 1023 molecules/m³. Assuming that N2 represents the stratosphere, calculate the following using the collision diameter 368 pm:

It is located 30 km above the Earth's surface (roughly in the middle of the stratosphere), the pressure is about 0.013 atm, and the gas density is 3.74 x 1023 molecules/m³. Assuming that N2 represents the stratosphere, calculate the following using the collision diameter 368 pm:

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter5: Gases

Section: Chapter Questions

Problem 101E: At elevated temperatures, sodium chlorate decomposes to produce sodium chloride and oxygen gas. A...

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Question

100%

It is located 30 km above the Earth's surface (roughly in the
middle of the stratosphere), the pressure is about 0.013 atm,
and the gas density is 3.74 x 1023 molecules/m³. Assuming
that N2 represents the stratosphere, calculate the following
using the collision diameter 368 pm:
a) The temperature of the atmosphere 30 km above the
Earth's surface,
b) The number of collisions suffered by a single gas particle
in this region of the stratosphere in 1 second,
c) the total number of particle collisions occurring in 1
second is,
d) The average free path taken by a gas particle in this region
of the stratosphere.

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