A body has an initial velocity of `3 ms^-1` and has an acceleration of `1 ms^-2` normal to the direction of the initial velocity. Then its velocity `4 s` after the start is.

A body has an initial velocity of 3m//s and has an acceleration of 1m//sec^(2) normal to the direction of the initial velocity. Then its velocity 4 seconds after the start is

A body has initial velocity of 3 m//s and has an acceleration of 2 m//s^2 . The distance travelled by it in 5 s and its velocity is

A body starts with an initial velocity of 10 ms and acceleration 5 ms. Find the distance covered by it in 5 s.

A particle has an initial velocity of 5.5 ms^-1 due east and a constant acceleration of 1 ms^-2 due west. The distance covered by the particle in sixth second of its motion is.

A body executing SHM has a maximum velocity of 1ms^(-1) and a maximum acceleration of 4ms^(-1) . Its time period of oscillation is

A particle moves so that it acceleration is always twice its velocity. If its initial velocity is 0.1 ms^(-1) its velocity after it has gone 0.1 mis :

A particle has an initial velocity (3hati+2hatj) ms^(-1) and an acceleration of (0.2hati+0.3hatj)ms^(-2) . Its speed after 10s is

A car starting with velocity 10 "m.s"^(-1) attains an acceleration 1 "m.s"^(-2) . After what time interval will its velocity be 20 "m.s"^(-1) ?

A motorcycle travelling at 20 ms^(-1) has an acceleration of 4 ms^(-2) . What does it explains about the velocity of the motorcycle?