A body is moving with a velocity of 10 m/s . If the motion is uniform what will be its velocity after 10 s. Give reasons to support your answer.
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According to the question,
Initial Velocity , u = 10 m/sAcceleration , a = 0 ( body has a uniform motion i.e. it is covering equal distances at equal intervals of time )Time , t = 10 secondsFinal Velocity , v = ?
We know,v = u + at
Putting the values, we get :v = 10 + (0 X 10)v = 10 + 0v = 10 m/s
The body's initial and final velocity is same because it has a uniform motion and zero acceleration. The body is covering equal distances at equal intervals of time.
Initial Velocity , u = 10 m/sAcceleration , a = 0 ( body has a uniform motion i.e. it is covering equal distances at equal intervals of time )Time , t = 10 secondsFinal Velocity , v = ?
We know,v = u + at
Putting the values, we get :v = 10 + (0 X 10)v = 10 + 0v = 10 m/s
The body's initial and final velocity is same because it has a uniform motion and zero acceleration. The body is covering equal distances at equal intervals of time.
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