Subjects
Physics & Engineering

Turn forces, motion, and energy into something you can manipulate.

Build intuition by changing measurable variables and seeing equations become motion, current, waves, fields, and structures.

Grades 6–1212 interactive labs4 core concept groups
MotionForcesEnergyEngineering
Learning objectives
  • Predict motion from initial conditions
  • Connect forces and energy to measurable change
  • Use equations as models, not memorized rules
Inquiry question

Use this question to guide observations across the subject.

Which variable changes the physical outcome most, and why?
Build first · SEO priority

High-opportunity learning experiences

These labs are surfaced first because their topic is especially well suited to an interactive explanation and focused search intent.

3D simulationVery High

Inclined Plane & Friction Simulator

Predict when an object will slide and calculate its acceleration on an incline.

Search topicinclined plane friction simulator
Open simulation
3D simulationVery High

Momentum Collision Simulator

Test conservation of momentum across elastic and inelastic collisions.

Search topicmomentum collision simulator
Open simulation
Complete lab collection

12 ways to practice the subject.

Use the guided foundational labs first, then move into focused simulations, games, and 3D explorers.

Lab 01 · Motion lab

Projectile Lab

Learning outcomePredict how launch speed and angle change range and flight time.

Velocity · angle · gravity · trajectory

Beginner5–10 min
Start lab
Lab 02 · Electricity lab

Circuit Builder

Learning outcomeUse Ohm’s law to explain changes in current and power.

Voltage · resistance · current · power

Beginner5–10 min
Start lab
Lab 03 · 3D simulation

Inclined Plane & Friction Simulator

Priority
Learning outcomePredict when an object will slide and calculate its acceleration on an incline.

Normal force · friction · slope angle · acceleration

SEO topicinclined plane friction simulator
Intermediate6–12 minVery High
Start lab
Lab 04 · 3D simulation

Momentum Collision Simulator

Priority
Learning outcomeTest conservation of momentum across elastic and inelastic collisions.

Momentum · impulse · elasticity · collisions

SEO topicmomentum collision simulator
Intermediate6–12 minVery High
Start lab
Lab 05 · Interactive simulation

Ray Optics & Lens Simulator

Learning outcomeTrace principal rays and predict image position, size, and orientation.

Convex lens · concave lens · focal length · image distance

SEO topiclens ray diagram simulator
Intermediate7–12 minVery High
Start lab
Lab 06 · 3D simulation

Newton's Laws Force Lab

Learning outcomeUse force diagrams to explain acceleration with Newton’s laws.

Net force · mass · acceleration · action-reaction

SEO topicNewton's laws simulator
Beginner6–10 minHigh
Start lab
Lab 07 · Educational game

Simple Machines Challenge

Learning outcomeChoose machine configurations that reduce required input force.

Levers · pulleys · mechanical advantage · work

SEO topicsimple machines game online
Beginner7–12 minHigh
Start lab
Lab 08 · Simulation

Wave Interference Lab

Learning outcomePredict constructive and destructive interference from wave phase and frequency.

Frequency · amplitude · phase · superposition

SEO topicwave interference simulator
Intermediate6–12 minMedium
Start lab
Lab 09 · Simulation

Pendulum Physics Lab

Learning outcomeDetermine which variables affect a pendulum’s period.

Period · length · gravity · amplitude

SEO topicpendulum simulator online
Beginner5–10 minMedium
Start lab
Lab 10 · Physics game

Energy Track Challenge

Learning outcomeDesign a track that converts potential and kinetic energy to reach a target.

Kinetic energy · potential energy · friction · conservation

SEO topickinetic potential energy game
Intermediate7–12 minHigh
Start lab
Lab 11 · 3D simulation

Electromagnet 3D Lab

Learning outcomeExplore how current and coil turns affect electromagnet field strength.

Current · turns · magnetic field · solenoid

SEO topicelectromagnet simulator
Intermediate7–12 minVery High
Start lab
Lab 12 · Engineering game

Bridge Builder Physics Challenge

Learning outcomeBalance structural forces to support a load with limited material.

Compression · tension · load · structure

SEO topicbridge building physics game
Intermediate10–20 minHigh
Start lab
Study strategy

Before you launch a lab

1. PredictWrite down what you think will happen.
2. Change one thingStart with one variable so the cause is easier to see.
3. Use evidenceRefer to a value, graph, or visible change in your explanation.