In elastic collision, $A$ is conserved while in inelastic collision $B$ is conserved.
I.Momentum
II.Kinetic Energy
III.Potential Energy

A

= I, II

B

= I, III

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A

= I, III

B

= I

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A

= III

B

= II, III

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A

= II

B

= I, III

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Solution

The correct option is B $A$ = I, III
$B$ = I
Collision can be elastic, which means they conserve both K.E. and momentum. In inelastic collision, they only conserve momentum but not K.E.

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In elastic collision, A is conserved while in inelastic collision B is conserved.I.MomentumII.Kinetic EnergyIII.Potential Energy

The correct option is B A = I, IIIB = ICollision can be elastic, which means they conserve both K.E. and momentum. In inelastic collision, they only conserve momentum but not K.E.

In elastic collision, $A$ is conserved while in inelastic collision $B$ is conserved.
I.Momentum
II.Kinetic Energy
III.Potential Energy

The correct option is B $A$ = I, III
$B$ = I
Collision can be elastic, which means they conserve both K.E. and momentum. In inelastic collision, they only conserve momentum but not K.E.