What is the acceleration of a body moving with uniform velocity in a straight line .
Answers
Answered by
8
Hey ,
.
Acceleration = change in velocity \ time taken
.
So , when velocity is uniform , change in velocity will be 0.
.
hence , in such a case Acceleration = 0
.
WISH IT HELPS
.
Acceleration = change in velocity \ time taken
.
So , when velocity is uniform , change in velocity will be 0.
.
hence , in such a case Acceleration = 0
.
WISH IT HELPS
Answered by
4
HI there !!
Acceleration = Change in velocity / Time taken.
The velocity of the body is uniform.
For such a case , where velocity is uniform , the acceleration must be zero.
Due to constant velocity [ that does not change ] . the acceleration = 0
Acceleration = Change in velocity / Time taken.
The velocity of the body is uniform.
For such a case , where velocity is uniform , the acceleration must be zero.
Due to constant velocity [ that does not change ] . the acceleration = 0
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