if an object is not moving , does it implies that no force is acting on it ?
rakeshmohata:
the best way to answer.. so
if the body is not moving then it is not that no force acts on the body.. the gravitational force do acts on it..
also if a body is not moving, then.. it may be the case that frictional force is greater than the applied force.. which results in stability of the body
Answers
Answered by
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no, when object is not in motion it doesn't implies that there is no force acting on the body , it means that the force which is being applied on the body is not enough to move the body
it could also be that the resultant of the forces acting on a body is zero
mujhe toh abhi bhi kuch samjh nii aya
when the balanced forces act on body, they tend to remain either in state of rest or in state of uniform motion. to move a body one rquires an external unbalanced force
Answered by
11
Hope u like my answer
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Every body within the earth, either moving or at rest, experience the gravity or gravitational force.
Thus if a body isn't moving that doesn't mean that no force is acting on the body..since gravity always acts on it.
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Alternative answer
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The body doesn't move until the force applied is not greater than the frictional force..
Thus if a body is in rest than it is not that the force experienced by body is nil. But the case is that the frictional force is acting along with a little low external force applied on it.
___________________________
Hope this is ur required answer
Proud to help you
====================
Every body within the earth, either moving or at rest, experience the gravity or gravitational force.
Thus if a body isn't moving that doesn't mean that no force is acting on the body..since gravity always acts on it.
___________________________
Alternative answer
=-=-=-=-=-=-=-=-=-=-=
The body doesn't move until the force applied is not greater than the frictional force..
Thus if a body is in rest than it is not that the force experienced by body is nil. But the case is that the frictional force is acting along with a little low external force applied on it.
___________________________
Hope this is ur required answer
Proud to help you
thank u so much
thanks for the brainliest one
and I hope u understood it easily!
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