A bullet of mass m moving horizontally with velocity v0 gets embedded in a pendulum bob of mass 10m. if the bullet and the pendulum bob is moving together, then which of the following remains the same
Answers
A bullet of mass m moving horizontally with velocity v0 gets embedded in a pendulum bob of mass 10m. if the bullet and the pendulum bob is moving together, then :
⇒ the total linear momentum of the (bullet and pendulum) system remains same.
⇒ The velocity of bullet and pendulum will change.
⇒ The total kinetic energy of the system will change. There will be loss of energy.
Answer:
A bullet of mass m moving horizontally with velocity v0 gets embedded in a pendulum bob of mass 10m. if the bullet and the pendulum bob is moving together, then :
⇒ the total linear momentum of the (bullet and pendulum) system remains the same.
⇒ The velocity of the bullet and pendulum will change.
⇒ The total kinetic energy of the system will change. There will be a loss of energy.
Plz Mark Me Brainlist If It Helped You