Teaching Physics for Every Learner

Physics lessons do not always need pupils sitting still for long stretches of time. In fact, small bursts of movement can make lessons feel sharper, more memorable and more engaging. Movement breaks do not have to be chaotic or complicated. They can be short, structured and directly linked to the physics being taught.

A good movement break gives pupils a chance to reset, think physically and return to the lesson with better focus. Here are 20 simple movement break ideas that work well in secondary physics lessons.

1. Walk to the Answer

Put A, B, C and D signs in different corners of the room. Ask a multiple-choice physics question and pupils walk to the answer they think is correct.

This works well for quick recall questions on equations, units, circuit symbols, energy stores, forces or waves.

2. Stand Up If…

Read out a physics statement. Pupils stand up if they think it is true and stay seated if they think it is false.

For example: “Current is the same everywhere in a series circuit.” This is quick, easy and gives you instant feedback.

3. Equation Hunt

Hide equation cards around the room. Pupils have to find the correct equation for a given question.

For example, if the question is about speed, they need to find:

speed = distance ÷ time

This works especially well when pupils need to practise choosing the correct equation before substituting numbers.

4. Human Circuit

Give pupils roles such as cell, wire, switch, bulb, ammeter and resistor. Ask them to arrange themselves as a complete circuit.

You can then ask questions such as: Where would the current flow? What happens if the switch opens? Where should the ammeter go?

5. Forces with Arms

Pupils use their arms to show force arrows. They can show weight, normal contact force, friction, air resistance and thrust.

This is a simple way to make free-body diagrams more physical before pupils draw them in their books.

6. Energy Transfer Mime

Give pupils a scenario and ask them to act out the energy transfer.

Examples include a kettle heating water, a ball being thrown upwards, a car braking, a phone charging or a rollercoaster moving down a slope.

7. Post-it Sort

Give pupils key words, examples or definitions on Post-it notes. They move around the room and place them under the correct heading.

For example, pupils could sort energy resources into renewable and non-renewable, or sort quantities into scalar and vector.

8. Walk to the Graph

Put graph descriptions around the room, such as stationary, constant speed, accelerating and decelerating.

Show a distance-time or speed-time graph. Pupils walk to the description that matches the graph.

9. Find the Mistake

Place incorrect physics statements around the room. Pupils move around, find the mistakes and correct them.

For example: “Voltage is measured in amps.” Pupils should correct this to: “Voltage is measured in volts.”

10. Keyword Corners

Put key words in different corners of the room. Read out a clue and pupils move to the correct keyword.

For example, the corners could be current, potential difference, resistance and power. A clue might be: “This is the rate of energy transfer.”

11. Circuit Symbol Match-Up

Give some pupils circuit symbols and others the names of components. Pupils move around the room to find their matching partner.

This works well for cells, batteries, lamps, switches, resistors, variable resistors, ammeters and voltmeters.

12. Human Particles

Ask pupils to act as particles in a solid, liquid or gas. In a solid, they stay close together and vibrate. In a liquid, they move around each other. In a gas, they spread out and move quickly.

This is useful for teaching density, internal energy, heating and changes of state.

13. Force Pair Partner Task

One pupil shows a force using an arrow with their arm. Their partner has to show the opposite force or reaction force.

This can help pupils think about balanced forces, unbalanced forces and Newton’s third law.

14. Physics Scavenger Hunt

Ask pupils to find examples of physics in the classroom.

They could look for conductors, insulators, light sources, energy transfers, levers, reflective surfaces, magnets or electrical devices.

15. Relay Questions

Put question cards at the front of the room. In teams, one pupil walks up, collects a question, takes it back and the team answers it.

When they get it correct, the next pupil collects the next question. This adds pace without needing lots of equipment.

16. Stand on the Scale

Create an imaginary line across the classroom. One end might mean low energy and the other high energy. Pupils stand where they think an example belongs.

You could use this for temperature, speed, force, frequency, wavelength, risk, efficiency or power.

17. Card Sort Around the Room

Place card-sort tasks on desks around the room. Pupils rotate between desks and sort the cards into groups.

This works well for energy stores, energy transfers, radiation types, wave properties, circuit components or forces.

18. Physics Charades

Pupils act out physics key words without speaking. The rest of the class has to guess the word.

Good examples include conduction, convection, radiation, reflection, refraction, acceleration, deceleration, orbit and compression.

19. Model an Orbit

One pupil stands in the centre as the Sun or Earth. Another pupil moves around them to model an orbit.

This can lead into a discussion about gravity, changing velocity, constant speed and why orbiting objects do not travel in a straight line.

20. Exit Path Question

Before pupils leave the room or move to the next activity, place question cards along a route. Each pupil answers one as they pass.

This is a simple way to combine movement with retrieval practice.

How to Make Movement Breaks Work

Movement breaks work best when they are short, structured and clearly linked to the learning. They should not feel like a random pause from the lesson. They should help pupils think, remember or practise something important.

Keep the instructions simple. Give pupils a clear time limit. Use routines they can repeat in future lessons. The more familiar the routine becomes, the quicker pupils can move in and out of the task.

In physics, movement can be especially powerful because so many ideas are easier to understand when pupils can see or feel them. Forces have direction. Particles move. Current flows. Waves transfer energy. Orbits involve changing direction. Movement gives pupils another way into these ideas.

A well-planned movement break can reset the room, improve focus and make difficult physics feel more memorable.