Here is the code I have so far:
delete g286x08.txt; diary g286x08.txt
clear; clc; close all; echo on
% DMH
% Gilat 286/08
%
P= 4*pi(.032/2*pi*8.31.*T)^(3/2).*v^2.*exp((-.032.*v^2)/(2*8.31.*T)) ;
% R= 8.31
% M= .032
T=70:0.1:320 ;
v= 0:0.1:1000 ;
plot3(V,T,P)
grid on
%
echo off; diary off
where M is the molar mass of the gas in kg/mol, R=831 J/mol-K is the gas constant, T is the temperature in degrees K, and v is the molecules speed in m/s,
Here is the question:
Make a 3-D plot of P(v) as a function of v and T for V:[0,1000] (inclusive interval) and T:[70,320] in Kelvin for oxygen (molar mass .032 kg/mol)
Thank you very much!


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