A wheel rotates under constant angular acceleration starting from rest. Find the ratio of angle rotated in `n second` and `n^(th) second`.

A partical is moving in a straight line under constant acceletation. If the motion starts from rest, Find the ratio of displacement in n second to that in the n^(th) second.

A body starts from rest moves with constant acceleration p. Find the ratio of the distances travelled by the body in 5 seconds and 5th second.

A wheel starts from rest and rotates with a constant angular acceleration. It rotates by angle theta_(1) in first second and by theta_(2) in another second. Then the ratio theta_(2)//theta_(1) is

A wheel rotates with a constant angular velocity of 300 r.p.m. The angle through which the wheel rotates in one second is

A wheel is making revolutions about its axis with uniform angular acceleration. Starting from rest, till it reaches 100 rev/sec in 4 seconds. Find the angular acceleration. Find the angle rotated during these four seconds.

A wheel is making revolutions about its ais with unifrom angular acceleration. Starting from rest, ilt reaches 100 rev/sec in 4 seconds. Find the angular acceleration. Find the angle rotated during these four seconds.

A wheel rotates with a constant angular velocity of 600 rpm. What is the angle through which the wheel rotates in 1s?

A wheel rotates with a constant angular velocity of 300 rpm. The angle through which the wheel rotates in 1 s is.