PE = mgh = 10kJ
you want 50-h
A bungee jumper of mass of 60.0 kg falls off a bridge with zero initial velocity. The bridge is 50.0 m above the river. When the cord is stretched at its maximum (position B), the cord stores 10.0 kJ of elastic potential energy. Neglect air friction. Calculate the final height of the jumper relative to the river.
2 answers
A bungee jumper of mass of 60.0 kg falls off a bridge with zero initial velocity. The bridge is 50.0 m above the river. When the cord is stretched at its maximum (position B), the cord stores 10.0 kJ of elastic potential energy. Neglect air friction.
(a)Express conservation of energy between A and B using
symbols
(a)Express conservation of energy between A and B using
symbols
1 answer