Starting from rest a car accelerates unifromly with `3 ms^(-2)` for 5 s and then moves with uniform velocity. Drwa the distance-time graph of the motion of the car upto t = 7s.

A car starts from erest accelerates uniform by for 4 second and then moves with uniform velocity which of the x-t graph represent th motion of the car:-

A body starting from rest acclerates uniformly along a st. line , at the rate of 10 ms^(-2) for 5 s . It moves for 2 s with uniform velocoty of 50 ms^(-1) . The it retards uniformly and comes to rest in 3 s . Draw velocity-time graph of the and find the total distance travelled by body.

A motor car, starting from rest, moves with uniform acceleration and attains a velocity of 8 ms^(-1) in 8 s. It then moves with uniform velocity and finally brought to rest in 32 m under unifrom retardation. The total distance covered by the car is 464 m. Find the total time taken.

A motor car, starting from rest, moves with uniform acceleration and attains a velocity of 8 ms^(-1) in 8 s. It then moves with uniform velocity and finally brought to rest in 32 m under unifrom retardation. The total distance covered by the car is 464 m. Find the acceleration.

A motor car, starting from rest, moves with uniform acceleration and attains a velocity of 8 ms^(-1) in 8 s. It then moves with uniform velocity and finally brought to rest in 32 m under unifrom retardation. The total distance covered by the car is 464 m. Find the retardation

Starting from rest a car moves with uniform acceleration and attains a velocity of 72 kmh^(-1) in 15 s. It then moves with uniform speed for 20s and is then brought to rest in 10 s undere uniform retardation. Find total distance travelled using velocity - time graph.

A car starts from rest and moves along the x-axis with constant acceleration 5 ms^(-2) for 8 seconds. If it then continues with constant velocity, what distance will the car cover in 12 seconds since it started from the rest ?

A car starts from rest and accelerates uniformly with 2 ms^(-2) . At t = 10 s, a stone is dropped out of the window 1 m high of the car. What are the (i) velocity, and (ii) acceleration of the stone at t = 10.1 s? (Neglect air resistance). Take g = 9.8ms^(-2) .