Question

State and prove the law of conservation of linear momentum using Newton third law.​

Answer 1

Answer:

9.23, consider two bodies A and B of masses mA and mB moving in the same direction along a straight line with velocities uA and uB respectively such that uA > uB. ... Thus total momentum of the two bodies is conserved provided no external force acts on them. This proves the law of conservation of momentum

Answer 2

$\large \mathbb {\underbrace \purple{QUESTION}}$

State and prove the law of conservation of linear momentum using Newton third law.

$\large \mathbb {\underbrace \purple{ANSWER}}$

Deduce law of conservation ofmomentum from Newton's third law of motion.Thus total momentum of the two bodies is conserved provided no external force acts on them. This proves the law of conservation ofmomentum. 664 Views. A motorcar of mass 1,200 kg is moving along a straight line with a uniform velocity of 90 km/h .

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