A particle is moving in a circular path of radius 1 m. Under the action of a centripetal force
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Acceleration of particle moving rectilinearly is a = 4 – 2x (where x is position in metre and a in m/s^2). It is at instantaneous rest at x = 0. At what position x ( in meter) will the particle again come to instantaneous
25
Sep
Acceleration of particle moving rectilinearly is a = 4 – 2x (where x is position in metre and a in m/s^2). It is at instantaneous rest at x = 0. At what position x ( in meter) will the particle again come to instantaneous A particle is moving in a circular path of radius 1 [...]
The figure shows a method for measuring the acceleration due to gravity. The ball is projected upward by a “gun.” The ball passes electronic “gates” 1 and 2 as it rises and again as it falls. Each gate is connected to a separate
25
Sep
The figure shows a method for measuring the acceleration due to gravity. The ball is projected upward by a “gun.” The ball passes electronic “gates” 1 and 2 as it rises and again as it falls. Each gate is connected to a separate A particle is moving in a circular path of radius 1 m. [...]
A particle is moving in a circular path of radius 1 m. Under the action of a centripetal force, the speed root 2 pie m/s of the particle is constant. Find the average velocity between A and B
25
Sep
A particle is moving in a circular path of radius 1 m. Under the action of a centripetal force, the speed root 2 pie m/s of the particle is constant. Find the average velocity between A and B A particle is moving in a circular path of radius 1 m. Under the action of a [...]