A spring is compressed resulting in its displacement to the right what happens to the spring when it is released
the spring exerts a restoring force to the compresses even further
the spring exerts a restoring force to the left and stretches beyond its equilibrium position
the spring exerts a restoring force to the left and returns to its equalibrium position
the spring exerts a restoring force to the right and returns to its equilibrium position
The correct answer is: the spring exerts a restoring force to the right and returns to its equilibrium position.
When a compressed spring is released, the spring exerts a restoring force to the right and returns to its equilibrium position.
When a spring is compressed and then released, it exerts a restoring force to bring it back to its equilibrium position. The restoring force acts in the opposite direction of the displacement. In this case, since the spring is compressed to the right, the restoring force will be to the left.
Therefore, the correct answer is: "The spring exerts a restoring force to the left and returns to its equilibrium position."