An object is moving along +ve x-axis with a uniform acceleration of `4ms^(-2)` . At time t=0 , x=5m and `v=3ms^(-1)` .
(a) What will be the velocity and position of the object at time t=2s?
What will be the velocity and position of the object when it has a velocity of `5ms^(-1)`?

An object is moving along+ve x-axis with a uniform acceleration of 4 ms^(-2) . At time t=0 . X= 4 m and v=2 ms^(-1) . (a) What will be the velocity and position of the object at time t=3 s? (b) What will be the position of the object when it has a velocity 8 ms^(-1) ?

An object is moving along a straight line path with a uniform accleration of 4 ms^"(-2) . Intitially its lociation is at 5 ms and velcity is 3 ms^(-1) . ltbRgt (i) What will be position and the velocity of object at time t=3 s? (ii) What will be the position of the object when it has attained a velcotiy 8 ms^(-1) ?

A body is moving along the +ve x-axis with uniform acceleration of -4ms^(-2) . Its velocity at x=0 is 10ms^(-1) . The time taken by the body to reach a point at x=12m is

An object is moving with a uniform acceleration. Its velocity after 5 s 25 ms^(-1) and after 8 s is 34 ms^(-1) Find the distance travelled by the object in 10 th second.

An object is moving with uniform acceleration. Its velocity after 4s is 20 ms^(-1) and after 7 second is 29 ms"^(-1) . Find the distanc etravelled by the object in 10 th second.

The position - time (x-t) graph of an object in uniform motion is shown below, the velocity of object is

The velocity of an object varies as v=h(t^(2))/(4) . Calculate the change in position of the ball is time t.

The position of an object moving along x-axis is given by a+bt^(2) , where a=8.5 m and b= 2.5m//s^(2) and t is measured in seconds. The average velocity (in m/s) of the object between t=2s and t=4s is

A 3 kg object has initial velocity (6hati-2hatj)ms^(-1) . What will be the total work done (in joule) on the object if its velocity changes to (8hati+4hatj)ms^(-1) ?

The relation between the acceleration and time for an object is given below. Calculate the velocity with which the object is moving at t = 1 s. a=3t-4t^(2)