[" (1.) Angular speed of a uniformly circulating body with "],[" time Period T is "]

A body rotating with an angular speed of 600 rpm is uniformly accelerated to 1800 rpm in 10 sec. The number of rotations made in the process is

Deduce a relationship between angular velocity and time period of a uniformly circulating body.

A body Is placed on a turntable. The friction coefficient between the body and the table is mu . (a) If turntable rotates at constant angular speed omega , find the maximum value of omega for which the block will not slip. (b) if the angular speed is increased uniformly from rest with an angular acceleration alpha , at what speed will the block slip?

A simple pendulum suspended from the ceiling of a trans has a time period T when the train is at rest. If the train is accelerating uniformly at a then its time period

The relation between speed of wave v, wavelength lambda and time period T is

A particle goes uniformly in circular motion with an angualr speed pi/8 rad s^(-1) . What is its time period ?

A particle goes uniformly in circular motion with an angualr speed pi/8 rad s^(-1) . What is its time period ?

A particles moves with a uniform speed v and time period T in a circular path of radius r. If the speed of the particle is doubled, its new time periods is

A body makes angular simple harmonic motion of amplitude pi/10rad and time period 0.5s. If the body is at a displacement theta=pi/10 rad at t=0, write the equation giving the angular displacement as a function of time.