The displacement of a moving particle is proportional to the square of time. For this particle
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Displacement is proportional to square of time
s is displacement and t is time then,
s∝t2
s=kt2
velocity(v) = dsdt=2kt
Acceleration(a) = dvdt = 2k = constant.
So, the motion of body is constant acceleration...
Displacement is proportional to square of time
s is displacement and t is time then,
s∝t2s∝t2
s=kt2s=kt2
velocity(v) = dsdt=2ktdsdt=2kt
Acceleration(a) = dvdtdvdt = 2k2k = constant.
So, the motion of body is constant acceleration.
s is displacement and t is time then,
s∝t2
s=kt2
velocity(v) = dsdt=2kt
Acceleration(a) = dvdt = 2k = constant.
So, the motion of body is constant acceleration...
Displacement is proportional to square of time
s is displacement and t is time then,
s∝t2s∝t2
s=kt2s=kt2
velocity(v) = dsdt=2ktdsdt=2kt
Acceleration(a) = dvdtdvdt = 2k2k = constant.
So, the motion of body is constant acceleration.
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