Statement -1: Two particles moving in the sam | vedclass

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(B) In a completely inelastic collision,the particles stick together and move with a common velocity. The kinetic energy of the system is not entirely

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Statement $-1$ is true,Statement $-2$ is true; Statement $-2$ is the correct explanation of Statement $-1$

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(B) In a completely inelastic collision,the particles stick together and move with a common velocity. The kinetic energy of the system is not entirely lost because the final system retains some kinetic energy due to the conservation of momentum. Thus,Statement $-1$ is true.The principle of conservation of linear momentum is a fundamental law that applies to all types of collisions (elastic or inelastic) in the absence of external forces. Thus,Statement $-2$ is true.Statement $-2$ provides the physical basis for why the system retains energy after a collision,as the conservation of momentum allows us to calculate the final common velocity and the remaining kinetic energy of the combined mass. Therefore,Statement $-2$ is the correct explanation of Statement $-1$.

Statement $-1$: Two particles moving in the same direction do not lose all their energy in a completely inelastic collision.
Statement $-2$: Principle of conservation of momentum holds true for all kinds of collisions.

Similar Questions

Two solid rubber balls $A$ and $B$ have masses $200 \ g$ and $400 \ g$ respectively. They are moving towards each other,with ball $A$ having a velocity of $0.3 \ m/s$. After the collision,both balls come to rest. What is the velocity of ball $B$ in $m/s$?

In a one-dimensional collision between two particles,their relative velocity is $\vec{v}_1$ before the collision and $\vec{v}_2$ after the collision.

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Statement $-1$: Two particles moving in the same direction do not lose all their energy in a completely inelastic collision.Statement $-2$: Principle of conservation of momentum holds true for all kinds of collisions.