Jim releases a compressed spring. describe the energy transformation taking place in the spring. potential energy to kinetic energy, and total energy is conserved kinetic energy to potential energy, and some energy is lost as heat kinetic energy to potential energy, and potential energy is equal to kinetic energy potential energy to kinetic energy, and potential energy is always greater than kinetic energy

Potential energy to kinetic energy, and total energy is conserved

Explanation:

As we know that potential energy of the spring

so here we know

k = spring constant

x = stretch of spring

now we know that when spring is released from its compressed position then the potential energy of spring will convert into kinetic energy

Since there is no friction force or resistance force so here we can say that total energy is always conserved in it

So here correct answer will be

Potential energy to kinetic energy, and total energy is conserved

fgravity=10x10=100n case 1

fgravity=30x20=600n case 2

6 times more

your answer is, orbit around the nucleus