A flywheel rotates with a constant retardation due to braking. From
t=0
to
t=10
seconds, it made 300 revolutions. At time
t=7.5sec
its angular velocity was
40\pi ra(d)/(sec)
. Determine (
i
) value of constant retardation; (ii) total time taken to come to rest and (iii) total revolutions made till it comes to rest.

Question

A flywheel rotates with a constant retardation due to braking. From

t=0

to

t=10

seconds, it made 300 revolutions. At time

t=7.5sec

its angular velocity was

40\pi ra(d)/(sec)

. Determine (

i

) value of constant retardation; (ii) total time taken to come to rest and (iii) total revolutions made till it comes to rest.

Accepted Answer

Expert Answer to - A flywheel rotates with a constant retardation due to braking. From t=0 to t=10 seconds, it made 300

Answer

Solution for - A flywheel rotates with a constant retardation due to braking. From t=0 to t=10 seconds, it made 300

Answer

This an additional answer to - A flywheel rotates with a constant retardation due to braking. From t=0 to t=10 seconds, it made 300

(Solved): A flywheel rotates with a constant retardation due to braking. From t=0 to t=10 seconds, it made 300 ...