Bissoy.com
Doctors Medicines MCQs Q&A

A moving particle collides with a stationary particle and move together. The type of collision is-

A moving particle collides with a stationary particle and move together. The type of collision is- Correct Answer perfectly inelastic collision

CONCEPT:

  • Collison’s are generally classified into two types elastic and inelastic collisions
    • Based on this law of conservation this classification is made, and the laws of collision state:
      • Momentum is conserved in all collisions.
      • In an elastic collision, kinetic energy is also conserved.
      • In an inelastic collision, kinetic energy is not conserved. In a perfectly inelastic collision, objects stick together after the collision.
  • Perfectly elastic collision: If the law of conservation of momentum and that of kinetic energy hold good during the collision.
  • Inelastic collision: If the law of conservation of momentum holds good during a collision while that of kinetic energy is not.
    • But inelastic Collison obeys the law of conservation of linear momentum.
    • In a perfectly inelastic collision, both the particles stick to each other and move together.

EXPLANATION:

  • Since the particles move together so the type of collision is perfectly inelastic.

Related Questions

A particle of mass M moving in a straight line with speed v collides with a stationary particle of the same mass. In the centre of mass coordinate system, the first particle is deflected by 90°. The speed of second particle after collision in laboratory system will be
How does a host on an Ethernet LAN know when to transmit after a collision has occurred?
1. In a CSMA/CD collision domain, multiple stations can successfully transmit data simultaneously.
2. In a CSMA/CD collision domain, stations must wait until the media is not in use before transmitting.
3. You can improve the CSMA/CD network by adding more hubs.
4. After a collision, the station that detected the collision has first priority to resend the lost data.
5. After a collision, all stations run a random backoff algorithm. When the backoff delay period has expired, all stations have equal priority to transmit data.
A particle of m mass moving at a v speed collides with a stationary particle of another m mass. What will be the velocity of the first particle after the collision?
A cube of mass 0.5 kg is moving at a speed of 2.0 m/s on a smooth surface. It collides with another object of 1.0 kg and both move together as a single object. What will be the energy loss during the collision?
A sphere of mass 25 Kg is moving at a speed of 1.5 m/s undergoes collision with another sphere of mass 50 Kg moving at 3m/s in the same direction, find the common velocity in m/s after collision when the collision is completely inelastic.
A sphere of mass 25 Kg is moving at a speed of 1.5 m/s undergoes collision with another sphere of mass 50 Kg moving at 3m/s in the same direction, find the velocity of 50 Kg mass in m/s after collision when the collision is elastic.
A sphere of mass 25 Kg is moving at a speed of 1.5 m/s undergoes collision with another sphere of mass 50 Kg moving at 3m/s in the same direction, find the velocity of 25 Kg mass in m/s after collision when the collision is elastic.
A sphere of mass 25 Kg is moving at a speed of 1.5 m/s undergoes collision with another sphere of mass 50 Kg moving at 3m/s in the same direction, find the velocity of 25 Kg mass in m/s after collision when the collision is inelastic with e = 0.6.
A sphere of mass 25 Kg is moving at a speed of 1.5 m/s undergoes collision with another sphere of mass 50 Kg moving at 3m/s in the same direction, find the velocity of 50 Kg mass in m/s after collision when the collision is inelastic with e = 0.6.
A body of mass 6 kg moving with velocity 15 m/s collides with a second body of mass 10 kg, which is at rest. After collision first body's velocity is 5 m/s. The velocity of second body after collision will be