MATLAB ONLY

PLEASE WRITE THIS ENTIRE PROGRAM IN COMPUTER SO I CAN COPY PASTE IT

Problem The mechanical power output Pin a contracting muscle is given by: Vmax P=T * v = k v T. V k + Vmax Where T is the muscle tension, v is the shortening velocity (max of Vmax), T. is the isometric tension( i.e., tension at zero velocity), and k is a non-dimensional constant that ranges between 0.15 and 0.25 for most muscles. The equation can be written in non- dimensional form: 1-u p=kut, (ku) p=kut. k + u T. Where p =-**, and u= ToVmax Vmax Consider the case for k = 0.25 a) Plot p versus u for 0 Sus 1, use ezplot or fplot command by the given range b) Use differentiation to find the value of u where p is maximum. C) Find the maximum value of p. Use the subs command and explain the meaning of the results. 4 sy" 1 clc; 2 clear all; 3 close all; syms u 5 k = 0.25; 6 not given in question so assume TO=1 7 TO = 1; 8 defining our function 9 p=k*u*T0* (1-u) / (k+u); 10 %plotting using ezplot in interval 0