A police party is moving in a jeep at a constant speed v. They saw a thief at a distance x on a motorcycle which is at rest. The moment the police saw the thief, the thief started at constant acceleration a. Which of the following relations is true if the police is able to catch the thief?

A police party is chasing a dacoit in a jeep which is moving at a constant speed v . The dacoit is on a motor cycle. When he is at a distance x from the jeep, he accelerates from rest at a constant rate alpha . Which of the following relations is true, if the police is able to catch the dacoit ?

A police party is chasing a dacoit in a jeep which is moving at a constant speed v . The dacoit is on a motor cycle. When he is at a distance x from the jeep, he accelerates from rest at a constant rate alpha . Which of the following relations is true, if the police is able to catch the dacoit ?

Write an expression for the distance S covered in time t by a body which is initially at rest and starts moving with a constant acceleration a.

On a straight road a thief, seeing a police car approaching at a constant speed v, runs away on a bike with constant accelration 'a'. Which of the following position time graphs best represent the case in which the theif is just nabbed ?

On a straight road a thief, seeing a police car approaching at a constant speed v, runs away on a bike with constant accelration 'a'. Which of the following position time graphs best represent the case in which the theif is just nabbed ?

A body starting from the the rest moves along a straight line with constant acceleration. Which one of the following graphs represents the variation of speed(v) and distance(s)?