Physics, asked by nazima326, 1 month ago

the centripetal force acting on a particle moving in a circle depends on the mass(m) of the particle it's velocity(v) and radius(r) of the circle. derive dimensionally the formula for force.

Answers

Answered by deepdhnkr

Answer:

MLT-2

Explanation:

centripetal force = Mv2/r

= M L2 T-2 / L

= M L T-2

one more thing dimensions do not change with the type of identity means all forces will have same dimensions so you can simply calculate M multiply acc.

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the centripetal force acting on a particle moving in a circle depends on the mass(m) of the particle it's velocity(v) and radius(r) of the circle. derive dimensionally the formula for force.​​

Answers

the centripetal force acting on a particle moving in a circle depends on the mass(m) of the particle it's velocity(v) and radius(r) of the circle. derive dimensionally the formula for force.