England · Energy · EN-U1

EN-02 · Transfer pathways

Planned lecture content and an original worked practice example. Read the scope labels before using Higher or separate-Physics branches.

Status

Lecture detail

EN-02 · EN-U1 · Planned

Transfer pathways

  • ScopeShared
  • Difficulty1 / 4 · proposed
  • Time20–25 min · estimated
  • StatusPlanned

Learning objectives

Distinguish storage from transfer; trace two complete transfers through a device.

8463 §§4.1.1.1,4.1.2.1 / 8464 §§6.1.1.1,6.1.2.1

DfE single-science pp.34–35 / Combined pp.29–30. Evidence checked 30 September–1 October 2026. Skills: WS1.2,3.6,4.1.

Needs firstEN-01

Explanation

Stores describe how energy is associated with a system before and after a change. Pathways describe how it crosses between systems. A motor does mechanical work on a load; a circuit does electrical work on a heater. Radiation transfers energy from an emitting source to an absorber.

Concepts, equations and units: Mechanical work, electrical work, heating and radiation pathways; J. Sound can transfer energy by waves.

Prediction, demonstration and game exercise

Predict, observe, explain

Show a lift, lamp and heater; add arrows only while transfer occurs; explain heating as transfer caused by temperature difference.

Planned learner game exercise

Connect labelled arrows between stores through a lift, lamp and heater; include surroundings.

Independent practice

Write two short causal explanations and identify where the battery chemical store decreases.

Original practice example · Shared

A battery drives a motor lifting a load. Trace the useful transfer.

Show working and model answer

Working / reasoning

Chemical store of battery → electrical work to motor → mechanical work → gravitational store of load–Earth system.

Answer

The useful endpoint is an increased gravitational energy store; surroundings also gain dissipated energy.

Exit check and success criteria

Two accurate transfer chains with both endpoints and a valid pathway.

During practice, compare the prediction with evidence and give an error-specific prompt. The exit item uses a fresh context or fresh values, answered independently.

Misconceptions, practical links and mastery

Check these misconceptions

A lamp does not store light energy; energy transfer is not charge transfer.

Practical preparation

Optional battery lamp/heater observation; safe school equipment.

Virtual preparation and revision only. Required hands-on activities and school records remain separate.

Proposed mastery

0: not yet evidenced. 1: supported. 2: independent exit criteria met. 3: successful changed-context transfer. Advance at 2; revisit with fresh retrieval. These are not GCSE grades.

Unit assessment

Continue through the unit

Sources and full programme

Sources checked 30 September–1 October 2026. Specifications govern content; textbooks supplement it. England has no single prescribed Physics course book. The full planning document includes sourced comparisons of Collins separate Physics and Trilogy books, Hodder/Hachette Physics and Oxford Physics listings, with access/approval limitations.

Download the complete Markdown programme and coverage matrix

A subsection map is proposed coverage. Clause-level educator review, item moderation, model validation and hands-on provision remain release gates. No all-board alignment or exam-board endorsement is claimed.