HAMZASHABIR
- 3
- 0
I don't understand how momentum is conserved during inelastic collision...please help me out with some relevant and practical examples...thanks
The discussion revolves around the concept of momentum conservation during inelastic collisions, with participants seeking clarification and examples. The scope includes theoretical understanding and practical applications of inelastic collisions in physics.
Participants generally agree that momentum is conserved in inelastic collisions, but there is some contention regarding the conservation of energy, specifically kinetic energy, which is noted as not being conserved.
Some statements appear to repeat, and there may be confusion regarding the definitions of energy conservation in different types of collisions. The discussion does not resolve the nuances of energy transformation during inelastic collisions.
THE HARLEQUIN said:yes , momentum is conserved but energy is not during inelastic collision (if there is no friction in the system )
suppose a car hits a garbage can and then they both continue going on with a same speed ... you can just google search for lots of examples with mathematical explanations
thanksTHE HARLEQUIN said:yes , momentum is conserved but energy is not during inelastic collision (if there is no friction in the system )
suppose a car hits a garbage can and then they both continue going on with a same speed ... you can just google search for lots of examples with mathematical explanations
Both energy and momentum are conserved in any kind of collision. Its just that in inelastic collisions, kinetic energy is not conserved.THE HARLEQUIN said:yes , momentum is conserved but energy is not during inelastic collision (if there is no friction in the system )
yes .. that's what i meant to say .. it's a part of the kinetic energy that transforms into another form of energy during inelastic collisions ...Shyan said:Both energy and momentum are conserved in any kind of collision. Its just that in inelastic collisions, kinetic energy is not conserved.