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To a blank graph template, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 300K. Label or annotate to indicate temperature. To this same graph, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 400K. Label or annotate to indicate temperature. In the box below, describe the difference in these two distributions. Upload your drawing at the end of the assignment. Use the editor to format your answer

To a blank graph template, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 300K. Label or annotate to indicate temperature. To this same graph, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 400K. Label or annotate to indicate temperature. In the box below, describe the difference in these two distributions. Upload your drawing at the end of the assignment. Use the editor to format your answer

Physical Chemistry
Physical Chemistry
2nd Edition
ISBN:9781133958437
Author:Ball, David W. (david Warren), BAER, Tomas
Publisher:Ball, David W. (david Warren), BAER, Tomas
Chapter16: Introduction To Magnetic Spectroscopy
Section: Chapter Questions
Problem 16.1E
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Velocity Number of Atoms :
Transcribed Image Text:Velocity Number of Atoms :
To a blank graph template, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 300K. Label or annotate to indicate temperature. To this same graph, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 400K. Label or annotate to indicate temperature. In the box below, describe the difference in these two distributions. Upload your drawing at the end of the assignment. Use the editor to format your answer
Transcribed Image Text:To a blank graph template, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 300K. Label or annotate to indicate temperature. To this same graph, please draw a graph that displays the distribution of velocities of Neon atoms in an isolated system at 400K. Label or annotate to indicate temperature. In the box below, describe the difference in these two distributions. Upload your drawing at the end of the assignment. Use the editor to format your answer
Expert Solution
Step 1

The Maxwell-Boltzmann distribution of velocity gives the idea about the what fraction of molecules are moving in (V+dV) velocity range.

It is based on the motion of molecule and kinetic energy of molecules.

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