How can you tell they’ve got it: Heating experiments and Q = mcΔT?

If they’ve got it, you’ll see things like: Uses a thermometer and stopwatch to record temperature change over time in a heating experiment; Applies Q = mcΔT to calculate the energy transferred to a substance being heated; Identifies sources of energy loss in a heating experiment (e.g. heat to surroundings) and suggests improvements; Plots a temperature-time graph and identifies the energy transfer rate from its gradient. Or just try it together: If your child heated 100 ml of water in a beaker and recorded the temperature every minute, could they plot the results on a graph and use the data to work out roughly how much energy was transferred to the water?

Science Energy Ages 12–13

Heating experiments and Q = mcΔT

Your child can plan a heating experiment. They record the temperature each minute and plot a graph. From it they work out roughly how much energy went into the water.

In curriculum terms

Plan and carry out experiments to measure energy transferred during heating, including using the equation Q = mcΔT, recording temperature changes over time, and evaluating sources of error

Ages are typical, not deadlines — follow your child’s pace. How to help at home →

How to tell they’ve got it

Tick these off as you see them — no test required.

Uses a thermometer and stopwatch to record temperature change over time in a heating experiment
Applies Q = mcΔT to calculate the energy transferred to a substance being heated
Identifies sources of energy loss in a heating experiment (e.g. heat to surroundings) and suggests improvements
Plots a temperature-time graph and identifies the energy transfer rate from its gradient

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Try this together

If your child heated 100 ml of water in a beaker and recorded the temperature every minute, could they plot the results on a graph and use the data to work out roughly how much energy was transferred to the water?

Where this sits on the map

Stuck here? Check the skills it builds on first. Confident? Here’s what it unlocks.

Builds on

Efficiency, Sankey diagrams, and work doneages 12–13The heating experiment applies the Q = mcΔT equation and efficiency concepts — those calculations must be understood before doing the practical

Heating experiments and Q = mcΔTthis skill · ages 12–13

Unlocks

Nothing on the map depends on this yet.

solid = must come firstdashed = helps

Curriculum alignment

Where this fits in the official school curriculum — our best automated guess, not yet checked by a person.

This skill sits beyond Year 6 in the Australian Curriculum, so no F–6 code is matched. It also sits beyond the NSW K–6 syllabuses. It also sits beyond Level 6 in the Victorian Curriculum.

Nearby on the map

Conduction, convection, and radiationages 12–13 Efficiency, Sankey diagrams, and work doneages 12–13 Ohm's Law: voltage, current, resistanceages 12–13 Power: watts and energy per secondages 12–13

All Energy skills →