When a person jumps onto a trampoline, their kinetic energy from jumping compresses the trampoline, storing potential energy. The trampoline then converts its potential energy back into kinetic energy to launch the person higher into the air. The total energy is conserved as the kinetic and potential energy continuously transfer back and forth between the person and the trampoline.

1. Could you explain how conservation of energy (or KE or PE concepts) works when a person
jumping onto a trampoline? Any concepts related to physics is fine!!
Could you explain how conservation of energy (or KE or PE concepts) works when a person
jumping onto a trampoline? Any concepts related to physics is fine!!
Solution
When person jumps into tranpoline it's kinetic energy ( that is due to speed ) will compresses the
trampoline downward and will be stored as a potential energy of trampoline ( same as in bow
and arrow) and after this person will move up and all the potential energy which was stored in
trampoline ll convert into kinectk energy and person will jump higher and this goes on .
So total energy will be conserve all the time may be in form of kinetic energy or potential energy
. And these energy keep on transferring from one form to another form ( i.e KE to PE or PE to
KE)