the diagram shows a swinging pendulum. which best explains what happens to the motion of the pendulum due to…

the diagram shows a swinging pendulum. which best explains what happens to the motion of the pendulum due to the law of conservation of energy? the pendulum will slow down and eventually stop moving as the mechanical energy transforms to thermal energy. the pendulum will slow down and eventually stop moving as the mechanical energy disappears. the pendulum will continue moving at the same speed because mechanical energy is created as the pendulum moves. the pendulum will slow down but will not stop moving because some of the mechanical energy is destroyed.

the diagram shows a swinging pendulum. which best explains what happens to the motion of the pendulum due to the law of conservation of energy? the pendulum will slow down and eventually stop moving as the mechanical energy transforms to thermal energy. the pendulum will slow down and eventually stop moving as the mechanical energy disappears. the pendulum will continue moving at the same speed because mechanical energy is created as the pendulum moves. the pendulum will slow down but will not stop moving because some of the mechanical energy is destroyed.

Answer

Brief Explanations:

The law of conservation of energy states that energy cannot be created or destroyed, only transformed. In a real - world pendulum, air resistance and friction at the pivot cause mechanical energy to be transformed into thermal energy, which makes the pendulum slow down and eventually stop.

Answer:

The pendulum will slow down and eventually stop moving as the mechanical energy transforms to thermal energy.