If a body is moving with a uniform velocity what is acceleration?
Answers
Answer:
a=v/t
v is constant
acceleration=v/t
Answer:
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Explanation:
It depends on the reference frame with respect to which you observe the said body. If the frame is a non-inertial one, i.e. one with a acceleration itself, then the body would appear to be accelerating. If the frame is inertial, non-accelerated, then the body would have no acceleration.
It depends on the reference frame with respect to which you observe the said body. If the frame is a non-inertial one, i.e. one with a acceleration itself, then the body would appear to be accelerating. If the frame is inertial, non-accelerated, then the body would have no acceleration.Motion is a relative quantity and so are all the the terms associated with it. Therefore the same body can be accelerated, moving with uniform velocity or in rest for three different observers in different types of reference frames.
It depends on the reference frame with respect to which you observe the said body. If the frame is a non-inertial one, i.e. one with a acceleration itself, then the body would appear to be accelerating. If the frame is inertial, non-accelerated, then the body would have no acceleration.Motion is a relative quantity and so are all the the terms associated with it. Therefore the same body can be accelerated, moving with uniform velocity or in rest for three different observers in different types of reference frames.For example, let us consider a bus with no windows moving with certain acceleration with respect to the ground (we consider the earth as an inertial frame here. However, it is actually non-inertial as it revolves around the sun if we watch it from some other planet).
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