From the velocity-time graph of uniformaccelerated motion deduce the equations of motion in (i) velocity and time (ii) distance and time (iii) disstance and velocity.

Two straight lines drawn on the same velocity-time graph make anles 3...

Points P, Q and R are in vertical line such that PQ =QR. A ball at (...

A ball is released from the top of a tower of height h metre. It takes...

What do the slopes of distance-time and velocity-time graphs represen...

What type of velocit-time graph will you get, for a unitormly accelera...

How can one determine (i) the distance (ii) the displacement coverd by...

The distance coverd by an object between times t(1) and t(2) is given...

An electron starting from rest has a velocity that increase linearly w...

In a case of a motion, displacement is directly proportional to the sq...

If the velocity of a particle is given by v=(180-16x)^((1)/(2))(m)/(s)...

The distance traversed by a moving particle at any instant is half of ...

The acceleration of a particle, starting from rest, varies with time a...

A particle exeriences constant acceleration form 20 seconds after str...

An onject is thrown vertically upward with some speed. It crosses 2 p...

A car, starting from rest, accelerates at the rate (f) through a dista...

Define and explain the term acceleration . Derive the velocity-time re...

Find the distance travelled by by the uniformly acclerated object movi...

Draw velocity-time graph of a uniformly accelerated in one dimension a...

Descuss the motion of an object under free fall and draw (a) accelerat...