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K =√2mp p =√2mK K =√2mp p =K√2m By Team Aakash Byju's | 30th October 2022

The correct answers is B. p=√2mK.

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K in the given options represents the kinetic energy of the object and p is the magnitude of its momentum.

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For a body mass m moving with constant speed v, the kinetic energy is

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Multiplying and dividing the RHS in the previous equation by m, we get

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Solve the previous equation and we get

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How To Calculate The Supply Frequency Of An Induction Motor

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?

For a Body Mass ‘m’ Moving in a Straight Line at Constant Speed ‘V'

A

B

C

D

The correct answers is B. p=√2mK.

K in the given options represents the kinetic energy of the object and p is the magnitude of its momentum.

For a body mass m moving with constant speed v, the kinetic energy is

K =

1

2

mv

Also, the magnitude of momentum is p = mv

Multiplying and dividing the RHS in the previous equation by m, we get

K = mv = v (mv)

The kinetic energy

Solve the previous equation and we get

How To Calculate The Supply Frequency Of An Induction Motor

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