3. Two bodies of masses mi and m2 are moving in a direction with vel

1.	3. Two bodies of masses mi and m2 are moving in a direction with velocities uj and uz respectively. They collide with each other. Aftercollision their velocities become vi and V2. Then derive the equation-mjui + m2u2 = m Vi + m2V2
Answer» ong>Answer: 3. Two bodies of masses mi and M2 are moving in a DIRECTION with VELOCITIES uj and uz respectively. They COLLIDE with each other. After collision their velocities BECOME vi and V2. Then derive the equation- mjui + m2u2 = m Vi + m2V2

3. Two bodies of masses mi and m2 are moving in a direction with velocities uj and uz respectively. They collide with each other. Aftercollision their velocities become vi and V2. Then derive the equation-mjui + m2u2 = m Vi + m2V2

Answer»

ong>Answer:

3. Two bodies of masses mi and M2 are moving in a DIRECTION with

VELOCITIES uj and uz respectively. They COLLIDE with each other. After

collision their velocities BECOME vi and V2. Then derive the equation-

mjui + m2u2 = m Vi + m2V2

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3. Two bodies of masses mi and m2 are moving in a direction with velocities uj and uz respectively. They collide with each other. Aftercollision their velocities become vi and V2. Then derive the equation-mjui + m2u2 = m Vi + m2V2​

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3. Two bodies of masses mi and m2 are moving in a direction with velocities uj and uz respectively. They collide with each other. Aftercollision their velocities become vi and V2. Then derive the equation-mjui + m2u2 = m Vi + m2V2