can a body at rest posses acceleration
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Answered by
2
No Because we know that acceleration is change in velocity over time and at rest position the velocity of object does not change with time such it has no acceleration.
a= v/t here v= velocity of object t= time passed a= acceleration of body
here v=0 such that acceleration would be equal to a = 0/t= 0 which proves that when body is in rest then acceleration would be 0 as velocity would be 0.
NOTE THAT TIME CAN NEVER BE 0
-AK ;)
a= v/t here v= velocity of object t= time passed a= acceleration of body
here v=0 such that acceleration would be equal to a = 0/t= 0 which proves that when body is in rest then acceleration would be 0 as velocity would be 0.
NOTE THAT TIME CAN NEVER BE 0
-AK ;)
Kimmus:
Nice answer :)
Answered by
5
No, a body can't posses acceleration at rest.
Because,
Acceleration = Rate of change in velocity
i.e,
Acceleration = Velocity / time
Since the body is in rest, Velocity = 0
∴ Acceleration = 0/time
= 0
So there won't be any acceleration when the body is at rest
-Kimmus :)
Because,
Acceleration = Rate of change in velocity
i.e,
Acceleration = Velocity / time
Since the body is in rest, Velocity = 0
∴ Acceleration = 0/time
= 0
So there won't be any acceleration when the body is at rest
-Kimmus :)
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