mus m e 2kT, to show that 2TkT where m is the mass of the molecule, P and T are the use the 1D Maxwell's speed distribution function, i.e., f(vx) P the impingement rate equals V2mmkT’ pressure and temperature of the vacuum system, respectively. =

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use the 1D Maxwell's speed distribution function, i.e., ƒ(v)
the impingement rate equals
pressure and temperature of the vacuum system, respectively.
P
√2πmkT
"
mvx
e 2kT to show that
2
m
√ 2πkT
where m is the mass of the molecule, P and T are the
=
Transcribed Image Text:use the 1D Maxwell's speed distribution function, i.e., ƒ(v) the impingement rate equals pressure and temperature of the vacuum system, respectively. P √2πmkT " mvx e 2kT to show that 2 m √ 2πkT where m is the mass of the molecule, P and T are the =
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