(v²) = √ √/²8 (vx) dvx g (v) = √√ vf (v) dv (1²) = √ √²2 ƒ (v) dv

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Let's go back for a moment to the treatment of Maxwell's and Boltzmann's momentum
distribution. Please directly calculate the integrals of the following equations. Note the lower
bounds of the latter two integrals
(v²) = 100 v ²8 (vx) dvx
rx
(v) = √√
vf (v) dv
ro
(v²) = √√ √ ² ƒ (v) dv
Transcribed Image Text:Let's go back for a moment to the treatment of Maxwell's and Boltzmann's momentum distribution. Please directly calculate the integrals of the following equations. Note the lower bounds of the latter two integrals (v²) = 100 v ²8 (vx) dvx rx (v) = √√ vf (v) dv ro (v²) = √√ √ ² ƒ (v) dv
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