1. Calculate both m(v2) and m(v)2 (that is, KE using the average of the square and the square of the average) for an ideal gas of particles with mass m at temperature T that follows Maxwell's speed distribution f(v)= =4T 3/2 (2TKT) ³/² +² exp[-2KT]
1. Calculate both m(v2) and m(v)2 (that is, KE using the average of the square and the square of the average) for an ideal gas of particles with mass m at temperature T that follows Maxwell's speed distribution f(v)= =4T 3/2 (2TKT) ³/² +² exp[-2KT]
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2nd edition
1. Calculate both m(v2) and m(v)2 (that is, KE using the average of the square and the square of the average)
for an ideal gas of particles with mass m at temperature T that follows Maxwell's speed distribution
f(v) = 4T
3/2
(2 KT) ³/² 1² exp[-
mu2
2kT
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