The body is moving with uniform acceleration.

Here's why:

The change in velocity over the change in time gives us acceleration.

From 5s to 12s (7 seconds), the velocity changes from 30 m/s to 58 m/s. This gives us an acceleration of (58-30)/7 = 4 m/s^2.

From 12s to 22s (10 seconds), the velocity changes from 58 m/s to 98 m/s. This gives us an acceleration of (98-58)/10 = 4 m/s^2.

Since the acceleration is the same in both time intervals, we can conclude that the body is moving with uniform acceleration.

Question

The body is moving with uniform acceleration.

Here's why:

The change in velocity over the change in time gives us acceleration.

From 5s to 12s (7 seconds), the velocity changes from 30 m/s to 58 m/s. This gives us an acceleration of (58-30)/7 = 4 m/s^2.

From 12s to 22s (10 seconds), the velocity changes from 58 m/s to 98 m/s. This gives us an acceleration of (98-58)/10 = 4 m/s^2.

Since the acceleration is the same in both time intervals, we can conclude that the body is moving with uniform acceleration.

Knowee AI · Accepted Answer

The body is moving with uniform acceleration.

Here's why:

The change in velocity over the change in time gives us acceleration.

From 5s to 12s (7 seconds), the velocity changes from 30 m/s to 58 m/s. This gives us an acceleration of (58-30)/7 = 4 m/s^2.

From 12s to 22s (10 seconds), the velocity changes from 58 m/s to 98 m/s. This gives us an acceleration of (98-58)/10 = 4 m/s^2.

Since the acceleration is the same in both time intervals, we can conclude that the body is moving with uniform acceleration.

The velocity of a body at the end of 5 s5 s is 30 m s−130 m s-1, at the end of 12 s is 58 m s−158 m s-1 and at the end of 22 s, it is 98 m s−198 m s-1. The body is moving withAuniform velocity.Buniform acceleration.Cuniform displacement.Duniform retardation.