The fraction of particles that have an x-component velocity between e-mc/2kT dCx. Derive 1/2 C₂ and Cx + dC, is described by (m)¹/² Cx the average value of the positive values of Cx.
The fraction of particles that have an x-component velocity between e-mc/2kT dCx. Derive 1/2 C₂ and Cx + dC, is described by (m)¹/² Cx the average value of the positive values of Cx.
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![The fraction of particles that have an x-component velocity between
C and Cx + dCx is described by (7)¹/²e-mc3/2kT
e-mc/2kT dCx. Derive
the average value of the positive values of Cx.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6b656b52-bb2e-489d-9bef-8a32efc9339f%2Fc6a2dd8e-c62e-46b1-bf1e-3c923f97ca74%2Fnigw1to_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The fraction of particles that have an x-component velocity between
C and Cx + dCx is described by (7)¹/²e-mc3/2kT
e-mc/2kT dCx. Derive
the average value of the positive values of Cx.
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We have to find average value of Cx
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