Please solve using matlab, the solution mentioned in the problem is under the function title.

In Exercise 3, Problem 1, you calculated the total moment of a set of forces. Copy your solution from that problem and enclose it in a function called moment_of_force that takes 3 MATLAB vectors (F, r, and theta in that order) as inputs, and returns the total moment as its output. Function C Reset MATLAB Documentation 1 F = randi([100, 1000), 1,5); 2 r = rand(1, 5); 3 theta = randi([0, 180], 1,5); 4 M=F.*r. *sind(theta) 5 total_moment=sum(M) Code to call your function C Reset 1 %In both of these test cases, the moments should sum to o, except for round-off error 2 3 M1 = moment_of_force([200, 235.3, 188.2, 58.8], [1.5, 2.55, 2.5, 2.5], [-90, 131.8, 180, -90]) 4 6 5 F = [196.2*sqrt(2), sqrt(39.2^2+549^2)]; r = [2.8, 1]; 7 theta = [225, atan2d(549, -39.2)]; 8 M2 = moment_of_force(F, r, theta)