In an inelastic collision-Momentum of the system is always conserved-The coefficient of restitution can be zero-Velocity of separation is than the velocity of approach-All of the above-

Question

Toppr Admin · Accepted Answer

In inelastic collision momentum of the system is always conserved if $F_{e x t} = 0$ .
Velocity of separation is less than the velocity of approach since co-efficient of restitution e < 1
$e = 0$ for a perfectly inelastic collision since the colliding particles stick together after collision.
Hence, option (D) is correct.

List - I	List - I
a) Perfectly Inelastic Conserved	e) KE of the System Collision Conserved
b) Perfectly Elastic Collision	f) $0 \leq e \leq 1$
c) Law of Conservation of Momentum	g) Change of linear Momentum
d) Impulse = zero	h) Coefficient of Restitution =0 i) Coefficient of Restitution > 1

In an inelastic collision-Momentum of the system is always conserved.The coefficient of restitution can be zero.Velocity of separation is less than the velocity of approach.All of the above.

In an inelastic collision-
Momentum of the system is always conserved.
The coefficient of restitution can be zero.
Velocity of separation is less than the velocity of approach.
All of the above.