In the class we talked about the velocity distribution function of ideal monatomic gas f(v) = 4 pi N (m/2 pi k_B T)^3/2 v^2 exp (- mv^2/2 k_B T) Calculate the average squared velocity which has the form of (v^2) = integral^infinity_0 f (v) dv in terms of m, N, k_B, T. You have to use one of the tools from the following: Mathematica, Matlab, R, Octave, Python, or Mathematica Alpha (http://www.wolframalpha.com/) and show the code(s) you used to get the final result. You can type the code(s) or show the snapshot of the software or webpage