the distance travelled by it in the last second of its upward motion is constant independent of the initial velocity.
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8
Yes. It’s true.
Distance travelled by a particle projected vertically upwards in last second is g/2
= 4.9 m
It’s independent of initial velocity.
Also,
Distance covered by freely falling body in first second of its free fall is also g/2
= 4.9 m
It’s independent of height from it’s released.
Distance travelled by a particle projected vertically upwards in last second is g/2
= 4.9 m
It’s independent of initial velocity.
Also,
Distance covered by freely falling body in first second of its free fall is also g/2
= 4.9 m
It’s independent of height from it’s released.
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5
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