A particle of mass M initially at rest splits into two. I...
A particle of mass M initially at rest splits into two. If one of the particles of mass M1 moves with velocity V1 , the second particle moves with velocity
\(\frac{M1V1}{M-M1}\)
\(\frac{M1V1}{M1-M}\)
\(\frac{M1V1}{M}\)
\(\frac{MV}{M-M1}\)
Correct answer is B
No explanation has been provided for this answer.
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