Figure $1$ shows a typical flywheel setup. Develop a matlab program to read the flywheel parameter, speed $($rpm$)$ and flywheel angular deceleration. Using flywheel energy equation, calculate the following:

a$)$ Maximum energy stored $($in watts and joule$)$

b$)$ Total energy required to rotate the flywheel from stationary to the maximum rpm $($specify the time required$).$

c$)$ Moment of inertia and torque.

d$)$ The time taken before the angular velocity reaches $0ra\frac{d}{s}.$

Save the result to a text file with file name "flywheel.txt$"$

Plot line graph energy versus rpm$,$ torque versus rpm$.($from stationary to maximum rpm and to a complete stop.