Changes Between Kinetic and Potential Energy

A simulation where learners observe objects in motion—like a swinging pendulum or a roller coaster—to see how energy shifts between kinetic and potential forms, reinforcing conservation of energy through interactive, real-time visual feedback.

Category: Physics
Grades: Grades 6-12
Variant: Guided
Standards: NGSS Physical Science
Plays on: VRDesktopWeb

Buy simulation

Looking to build your own custom simulations? Explore HyperSkill(opens in a new tab)

Lab objectives and outcomes

Students will be able to identify the points of maximum kinetic and potential energy for a simulated pendulum and roller coaster system.
Students will be able to demonstrate the reciprocal conversion between potential and kinetic energy as virtual objects move through their paths.
Students will be able to analyze real-time visual feedback to explain the conservation of total mechanical energy within the simulated systems.

Electric Forces [Timed Unguided]
A simulation where learners investigate electric forces by placing charged objects in a field, observing attraction or repulsion, and exploring how force varies with charge magnitude and distance according to Coulomb’s Law.
PhysicsGrades 9-12

Suggested activities

Changes Between Kinetic and Potential Energy Quiz

Pre-assessment

Open

Changes Between Kinetic and Potential Energy Discussion

Post-assessment

Open

Track learner progress

Run this simulation with a class and watch it happen: who started, who finished, and how long each learner took. Drill into a run to see what they actually did.

Group sessions

Powered by SimGenie AI

SimGenie acts as a built-in lab assistant. A learner who gets stuck can ask for a hint by voice, and it adapts its guidance to what they are doing in the scene.

Wavelength and Frequency [Timed]

A simulation where learners adjust wavelength and frequency of waves to see their effects on wave behavior, visualizing the inverse relationship and how they determine wave speed in different mediums.

PhysicsGrades 9-12

Wind Speed and Air Pressure [Timed]

A simulation where learners explore how differences in air pressure create wind, adjusting temperature and pressure conditions to observe changes in wind speed and direction, reinforcing concepts of atmospheric dynamics.

PhysicsGrades 6-12

Simple Machines [Timed]

A simulation where learners interact with simple machines—like levers, pulleys, and inclined planes—to see how they reduce effort, trade force for distance, and demonstrate mechanical advantage in real-world tasks.

PhysicsGrades 6-12

Archimedes Principle [Timed]

A simulation where learners submerge various objects in fluids to explore buoyant force, observing how weight, volume, and fluid density affect whether objects sink or float—demonstrating Archimedes' Principle in action.

PhysicsGrades 6-12

Archimedes Principle [Timed Unguided]

A simulation where learners submerge various objects in fluids to explore buoyant force, observing how weight, volume, and fluid density affect whether objects sink or float—demonstrating Archimedes' Principle in action.

PhysicsGrades 9-12

Wavelength and Frequency [Timed Unguided]

A simulation where learners adjust wavelength and frequency of waves to see their effects on wave behavior, visualizing the inverse relationship and how they determine wave speed in different mediums.

PhysicsGrades 9-12

Newton's First Law of Motion [Timed Unguided]

A simulation where learners observe objects in motion and at rest, exploring how forces—or the absence of them—affect motion, to understand Newton’s First Law: an object remains at rest or in uniform motion unless acted upon by a net force.

PhysicsGrades 9-12

Changes Between Kinetic and Potential Energy

Related Physics simulations

Electric Forces [Timed Unguided]

Wavelength and Frequency [Timed]

Wind Speed and Air Pressure [Timed]

Simple Machines [Timed]

Archimedes Principle [Timed]

Archimedes Principle [Timed Unguided]

Wavelength and Frequency [Timed Unguided]

Newton's First Law of Motion [Timed Unguided]