Answer:
t = 0.0735 m
Explanation:
Angular acceleration of the flywheel is given as

now after t = 8 s the speed of the flywheel is given as



now rotational kinetic energy of the wheel is given as




now we have



Answer:
donde esta la bibliotekaaa
Explanation:
dfghj
Answer:
I think it is 5.6. This is my answer