A particle experience an acceleration a= (4e^-3t) m/s^2 along positive x axis where time t is in second. If the initial velocity of the particle is 2m/s along positive x axis the velocity of the particle when its acceleration becomes zero isa)5 m/sb)10 m/sc)6 m/sd)10/3 m/s

A particle experience an acceleration a= (4e^-3t) m/s^2 along positive

1.	A particle experience an acceleration a= (4e^-3t) m/s^2 along positive x axis where time t is in second. If the initial velocity of the particle is 2m/s along positive x axis the velocity of the particle when its acceleration becomes zero isa)5 m/sb)10 m/sc)6 m/sd)10/3 m/s
Answer» A particle experience an acceleration a= (4e^-3t) m/s^2 along positive x axis where time t is in second. If the initial velocity of the particle is 2m/s along positive x axis the velocity of the particle when its acceleration becomes zero is a)5 m/s b)10 m/s c)6 m/s d)10/3 m/s

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A particle experience an acceleration a= (4e^-3t) m/s^2 along positive x axis where time t is in second. If the initial velocity of the particle is 2m/s along positive x axis the velocity of the particle when its acceleration becomes zero isa)5 m/sb)10 m/sc)6 m/sd)10/3 m/s

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