When a body starts from rest and moves with a uniform acceleration?

A body starts from rest and moves a uniform acceleration of 10ms−2 in the first 10s. During the next 10s it moves with the maximum velocity attained. The total displacement of the body is.

How much velocity will a body gain in 5 seconds if it moving with a uniform acceleration of 1 Metre per second square?

Velocity gained by a body moving with acceleration of 1m/s in 5 seconds is 5m/s.

What is the acceleration if the body starts from rest and travels a distance of S Metre in 2 seconds?

⇒ a=2s3 m/s2.

When a body starts from rest and moves with uniform acceleration the velocity time graph is?

Body A start from rest and moves with uniform acceleration. Its vel-time graph is a straight line starting from origin with a positive slope. Body B has some initial velocity and larger acceleration. Therefore, its vel-time graph is a straight line not passing through origin and having greater slope than that of A.

When a particle moves with a uniform velocity?

A particle moving with uniform velocity has zero acceleration.

What is the velocity of a body moving with uniform acceleration?

The velocity of a body moving with a uniform acceleration of 2m/s2 is 10m/s .

What is the acceleration of an object moving with uniform velocity?

An object moving at uniform or constant velocity has zero acceleration.

What is the acceleration of the body starts from rest and travels a distance of 10 Metre in 2 seconds?

S=ut+1/2at^2. 10= (0)×2+ 1/2a×(2^2). 10= 1/2× a × 4.

What is the acceleration of a body for 5 seconds?

A body starts from rest and with a uniform acceleration of 10 ms^-2 for 5 seconds. During the next 10 seconds it moves with uniform velocity. The total distance travelled by the body is : –

What is the initial velocity of a body at rest?

Since the body starts from rest its initial velocity = 0 m/sIt is acted upon by a constant acceleration from the start.

What is the velocity and displacement at the end of 5 seconds?

Answer: “A body starts from rest and moves with uniform acceleration of 2m/s-2. What will be its velocity and displacement at the end of 5 seconds?” From the Calculus, the integration of the above equation with zero initial condiitions yields: Displacement = 1/2 (a) t^2 = (1/2) X (2 m/s^2 ) (5 seconds)^2 = 25 m.

What is the displacement of the body in last two seconds?

If its velocity after n second is v, then its displacement in last two seconds is: A body starts from rest with uniform acceleration. If its velocity after n second is v, then its displacement in last two seconds is: The Fish Tale Across the Wall Tenths and HundredthsParts and Whole Can you see the Pattern?