using matlab- please be as indepth as possible in the explanation!!

The applied horizontal load per unit length F on Leia's communications tower (modelled as an upright cylinder) can be represented by the following function: F(z)=10(2+zz)eHz where z is the elevation above the ground and H is the height of the tower. The total rotational moment exerted around the base of Leia's tower can be determined by integrating the function =Fr over the height of the mast: =0HzF(z)dz Assume H=30m a) Use the integral () function in MATLAB to determine the total rotational moment exerted around the base of Leia's tower, and print the answer to 3 decimal places. b) Determine the minimum number of segments required for the composite trapezoidal rule to achieve a percentage error [1] of 0.01% or less compared to the total rotational moment calculated using integral (). c) Determine the minimum number of segments required for the composite Simpson's 1/3 rule to achieve a percentage error [1] of 0.01% or less compared to the total rotational moment calculated using integra 1 (). [1] percentage error =ttuttemttat100%