The flywheel shown In the Figure above has a radius r=0.15m, a mass of M=75 kg and a radius of g

Question

Ivan Kochetkov · Answer

Here flywheel has a mass of 175 kg and its radius of duration is 380 mm. We have to find the tor

Narayan Hari · Answer

In this question given that, so we have given the mass value as 75 kg, k is given as 0 .5 meter

Anand Jangid · Answer

So here in this question the angular acceleration is given by alpha is equals to tau upon I wher

Narayan Hari · Answer

To solve this problem let us draw the free body diagram first. So the free body diagram looks li

Khoobchandra Agrawal · Answer

given mass of the flywheel 5 .610 to the power 4 kg having the radius 2 .6 meter per second rota