if the kinetic and potential energy in a system are equal, then the potential energy increases. what happens…

if the kinetic and potential energy in a system are equal, then the potential energy increases. what happens as a result?\ntotal energy increases.\nstored energy decreases.\nenergy of motion decreases.\ntotal energy decreases.

if the kinetic and potential energy in a system are equal, then the potential energy increases. what happens as a result?\ntotal energy increases.\nstored energy decreases.\nenergy of motion decreases.\ntotal energy decreases.

Answer

Explanation:

Step1: Recall energy - conservation principle

In a closed system, the total mechanical energy (E = K+U), where (K) is kinetic energy and (U) is potential energy.

Step2: Analyze the given situation

Given that (U) increases while (K = U) initially. Since (E=K + U), and (K) is non - negative, when (U) increases, (K) must decrease to keep the total energy (E) constant (assuming no non - conservative forces, so energy is conserved). Kinetic energy is the energy of motion.

Answer:

Energy of motion decreases.