Form 4 Physics – Mr 6points

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FULL LEARNING COURSE · 30-DAY ACCESS

Revise Form 4 Physics with confidence.

Turn difficult Physics ideas into clear steps with diagrams, calculations and worked explanations.

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6Form 4 Physics

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EVERYTHING IN ONE SUBJECT

What is inside Form 4 Physics

Turn difficult Physics ideas into clear steps with diagrams, calculations and worked explanations.

✓Mechanics and motion✓Electricity and magnetism✓Waves, light and sound✓Practical and calculation skills

Structured lessons

Practise the material that matters most for the syllabus and examination.

Worked examples

Understand what a strong answer looks like and correct mistakes early.

Practice questions

Move beyond guessing with guidance that explains the reasoning.

Topic quizzes

Build speed, confidence and exam readiness through repeated practice.

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Course Content

Basic Electronics

4.1.1a Thermionic emission and electron beams
4.1.1b The cathode-ray oscilloscope
4.1.1c Oscilloscope voltage, period and frequency
4.1.2a Electronic components and resistor colour codes
4.1.2b Potential dividers and sensors
4.1.2c Diodes, LEDs and rectification
4.1.2d Capacitors: charge, energy and timing
4.1.3a Bipolar transistors and electronic switching
4.1.3b Logic gates and truth tables
4.1.3c Combining gates and control systems
4.1.3d Astable, bistable and timing systems
4.1.4 Electronic waste and responsible design
Topic revision: Basic Electronics

Communication Systems

Atomic Physics

4.3.1a The nuclear atom and forces
4.3.1b Atomic number, mass number and isotopes
4.3.2a Radioactivity and radiation properties
4.3.2b Balancing nuclear equations
4.3.2c Detecting radiation and background counts
4.3.2d Half-life calculations
4.3.2e Decay graphs and half-life readings
4.3.2f Nuclear fission, fusion and energy
4.3.2g Nuclear electricity and reactor control
4.3.2h Radiation applications and protection
4.3.2i Radioactive waste and sustainable management
Topic revision: Atomic Physics

About Course

Revise Form 4 Physics with confidence.

What is inside Form 4 Physics

Structured lessons

Worked examples

Practice questions

Topic quizzes

Ready to start?

Course Content

Basic Electronics

4.1.1a Thermionic emission and electron beams

4.1.1b The cathode-ray oscilloscope

4.1.1c Oscilloscope voltage, period and frequency

4.1.2a Electronic components and resistor colour codes

4.1.2b Potential dividers and sensors

4.1.2c Diodes, LEDs and rectification

4.1.2d Capacitors: charge, energy and timing

4.1.3a Bipolar transistors and electronic switching

4.1.3b Logic gates and truth tables

4.1.3c Combining gates and control systems

4.1.3d Astable, bistable and timing systems

4.1.4 Electronic waste and responsible design

Topic revision: Basic Electronics

Communication Systems

4.2.1a Communication: signals and system stages

4.2.1b Analogue and digital communication

4.2.1c Modulation, channels and signal propagation

4.2.1d Designing a communication and monitoring system

Topic revision: Communication Systems

Atomic Physics

4.3.1a The nuclear atom and forces

4.3.1b Atomic number, mass number and isotopes

4.3.2a Radioactivity and radiation properties

4.3.2b Balancing nuclear equations

4.3.2c Detecting radiation and background counts

4.3.2d Half-life calculations

4.3.2e Decay graphs and half-life readings

4.3.2f Nuclear fission, fusion and energy

4.3.2g Nuclear electricity and reactor control

4.3.2h Radiation applications and protection

4.3.2i Radioactive waste and sustainable management

Topic revision: Atomic Physics

Renewable Energy Systems

4.4.1a Renewable sources and energy pathways

4.4.1b Solar photovoltaic and thermal systems

4.4.1c Efficiency, demand and energy storage

4.4.1d Sustainable energy decisions

Topic revision: Renewable Energy Systems