Energy Physics Example 3

Follow the full solution, then compare it with the other examples linked below.

Example 3

easy
Name the energy transformations when a ball is thrown upward and comes back down.

Solution

  1. 1
    Going up: kinetic energy converts to gravitational potential energy as the ball decelerates.
  2. 2
    At the top: all energy is potential energy (momentarily at rest).
  3. 3
    Coming down: potential energy converts back to kinetic energy as the ball accelerates.

Answer

KE→PE→KEKE \to PE \to KE
Energy transformations are central to understanding physics. The total mechanical energy remains constant (ignoring air resistance), but it shifts between kinetic and potential forms.

About Energy

The capacity to do work or cause change in a physical system, measured in joules (J).

Learn more about Energy →

More Energy Examples

Example 1 easy

A [formula] ball is held [formula] above the ground and then dropped. What is its total mechanical e

Example 2 medium

A [formula] car traveling at [formula] brakes to a stop. How much energy is dissipated as heat?

Example 4 medium

A [formula] rock at [formula] above the ground is moving at [formula]. What is its total mechanical

← All Energy Examples Energy Concept