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Presenting with Confidence

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Waves and the electromagnetic spectrum

Atomic structure

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Conservation of energy

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Popular Chapters in All Year Groups

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Magnetism and electromagnetism

Physics practicals

Investigating force and acceleration

Investigating force and acceleration

Length

Overview

Learning Goals

Investigating waves in different materials

Investigating waves in different materials

Length

Overview

Learning Goals

$Investigating refraction in glass prisms$

Investigating refraction in glass prisms

Length

Overview

Learning Goals

Investigating I-V characteristics

Investigating I-V characteristics

Length

Overview

Learning Goals

Working scientifically

The scientific method

The scientific method

Length

Overview

Learning Goals

Science communication and ethics

Science communication and ethics

Length

Overview

Learning Goals

Evaluating risks and hazards

Evaluating risks and hazards

Length

Overview

Learning Goals

Collecting data

Collecting data

Length

Overview

Learning Goals

Forces

Speed, velocity and acceleration

Speed, velocity and acceleration

Length

Overview

Learning Goals

Distance-time and velocity-time graphs

Distance-time and velocity-time graphs

Length

Overview

Learning Goals

Newton's laws

Length

Overview

Learning Goals

Momentum calculations - Higher

Momentum calculations - Higher

Length

Overview

Learning Goals

Waves

Waves: properties, types and equations

Waves: properties, types and equations

Length

Overview

Learning Goals

$Refraction and ray diagrams$

Refraction and ray diagrams

Length

Overview

Learning Goals

The electromagnetic spectrum

The electromagnetic spectrum

Length

Overview

Learning Goals

Uses of electromagnetic waves

Uses of electromagnetic waves

Length

Overview

Learning Goals

Practical skills

Measuring techniques

Measuring techniques

Length

Overview

Learning Goals

Safety and ethics

Safety and ethics

Length

Overview

Learning Goals

Designing experiments

Designing experiments

Length

Overview

Learning Goals

Methods of heating substances

Methods of heating substances

Length

Overview

Learning Goals

Matter

The structure of the atom

The structure of the atom

Length

Overview

Learning Goals

Calculating density

Calculating density

Length

Overview

Learning Goals

States of matter and changes of state

States of matter and changes of state

Length

Overview

Learning Goals

Specific heat capacity

Specific heat capacity

Length

Overview

Learning Goals

Motion

Scalar and vector quantities

Scalar and vector quantities

Length

Overview

Learning Goals

Resolving vectors

Resolving vectors

Length

Overview

Learning Goals

Displacement and velocity

Displacement and velocity

Length

Overview

Learning Goals

Acceleration and velocity-time graphs

Acceleration and velocity-time graphs

Length

Overview

Learning Goals

Electrical circuits

Circuits: diagrams and components

Circuits: diagrams and components

Length

Overview

Learning Goals

Potential difference and electromotive force

Potential difference and electromotive force

Length

Overview

Learning Goals

Resistance and Ohm's Law

Resistance and Ohm's Law

Length

Overview

Learning Goals

Resistivity

Length

Overview

Learning Goals

Energy

Energy stores and transfers

Energy stores and transfers

Length

Overview

Learning Goals

Energy efficiency

Energy efficiency

Length

Overview

Learning Goals

Renewable and non-renewable resources

Renewable and non-renewable resources

Length

Overview

Learning Goals

Calculating work done and power

Calculating work done and power

Length

Overview

Learning Goals

Electricity and magnetism

Electrical charge and circuits

Electrical charge and circuits

Length

Overview

Learning Goals

Potential difference and resistance

Potential difference and resistance

Length

Overview

Learning Goals

Components and circuit devices

Components and circuit devices

Length

Overview

Learning Goals

Energy and power in circuits

Energy and power in circuits

Length

Overview

Learning Goals

Thermal physics

Measuring temperature and temperature scales

Measuring temperature and temperature scales

Length

Overview

Learning Goals

Solids, liquids and gases

Solids, liquids and gases

Length

Overview

Learning Goals

Internal energy

Internal energy

Length

Overview

Learning Goals

Specific latent heat and specific heat capacity

Specific latent heat and specific heat capacity

Length

Overview

Learning Goals

Waves and radioactivity

Waves: properties, types and equations

Waves: properties, types and equations

Length

Overview

Learning Goals

$Refraction and ray diagrams$

Refraction and ray diagrams

Length

Overview

Learning Goals

The electromagnetic spectrum

The electromagnetic spectrum

Length

Overview

Learning Goals

Uses of electromagnetic waves

Uses of electromagnetic waves

Length

Overview

Learning Goals

Electricity and circuits

Electrical charge and circuits

Electrical charge and circuits

Length

Overview

Learning Goals

Potential difference and resistance

Potential difference and resistance

Length

Overview

Learning Goals

Components and circuit devices

Components and circuit devices

Length

Overview

Learning Goals

Energy and power in circuits

Energy and power in circuits

Length

Overview

Learning Goals

Electricity

Electrical charge and circuits

Electrical charge and circuits

Length

Overview

Learning Goals

Potential difference and resistance

Potential difference and resistance

Length

Overview

Learning Goals

Components and circuit devices

Components and circuit devices

Length

Overview

Learning Goals

Energy and power in circuits

Energy and power in circuits

Length

Overview

Learning Goals

Electromagnetism

Magnetic fields and electromagnetism

Magnetic fields and electromagnetism

Length

Overview

Learning Goals

Magnetic flux density

Magnetic flux density

Length

Overview

Learning Goals

Charged particles in a magnetic field

Charged particles in a magnetic field

Length

Overview

Learning Goals

Faraday's and Lenz's Laws

Faraday's and Lenz's Laws

Length

Overview

Learning Goals

Global challenges

Circular motion and satellites - Higher

Circular motion and satellites - Higher

Length

Overview

Learning Goals

Renewable and non-renewable resources

Renewable and non-renewable resources

Length

Overview

Learning Goals

Temperature and radiation

Temperature and radiation

Length

Overview

Learning Goals

Household electricity

Household electricity

Length

Overview

Learning Goals

Radioactivity

The structure of the atom

The structure of the atom

Length

Overview

Learning Goals

Electron energy levels and ionisation

Electron energy levels and ionisation

Length

Overview

Learning Goals

Isotopes and radioactive decay

Isotopes and radioactive decay

Length

Overview

Learning Goals

Half-life and calculating radioactive decay

Half-life and calculating radioactive decay

Length

Overview

Learning Goals

Motion and forces

Speed, velocity and acceleration

Speed, velocity and acceleration

Length

Overview

Learning Goals

Distance-time and velocity-time graphs

Distance-time and velocity-time graphs

Length

Overview

Learning Goals

Newton's laws

Length

Overview

Learning Goals

Circular motion and satellites - Higher

Circular motion and satellites - Higher

Length

Overview

Learning Goals

Nuclear physics

The nuclear model of the atom

The nuclear model of the atom

Length

Overview

Learning Goals

Magnitudes of the atom

Magnitudes of the atom

Length

Overview

Learning Goals

Radioactivity: alpha, beta and gamma radiation

Radioactivity: alpha, beta and gamma radiation

Length

Overview

Learning Goals

Half-life and radioactive decay

Half-life and radioactive decay

Length

Overview

Learning Goals

Oscillations

Simple harmonic motion

Simple harmonic motion

Length

Overview

Learning Goals

Displacement, velocity and acceleration for simple harmonic motion

Displacement, velocity and acceleration for simple harmonic motion

Length

Overview

Learning Goals

Energy within simple harmonic motion

Energy within simple harmonic motion

Length

Overview

Learning Goals

Damping and resonance

Damping and resonance

Length

Overview

Learning Goals

Particle physics

The photon model

The photon model

Length

Overview

Learning Goals

The nuclear model of the atom

The nuclear model of the atom

Length

Overview

Learning Goals

Magnitudes of the atom

Magnitudes of the atom

Length

Overview

Learning Goals

Fundamental particles

Fundamental particles

Length

Overview

Learning Goals

Quantum physics

The photon model

The photon model

Length

Overview

Learning Goals

The photoelectric effect

The photoelectric effect

Length

Overview

Learning Goals

The photoelectric effect equation

The photoelectric effect equation

Length

Overview

Learning Goals

Wave-particle duality

Wave-particle duality

Length

Overview

Learning Goals

Waves and the electromagnetic spectrum

Waves: properties, types and equations

Waves: properties, types and equations

Length

Overview

Learning Goals

$Refraction and ray diagrams$

Refraction and ray diagrams

Length

Overview

Learning Goals

The electromagnetic spectrum

The electromagnetic spectrum

Length

Overview

Learning Goals

Uses of electromagnetic waves

Uses of electromagnetic waves

Length

Overview

Learning Goals

Atomic structure

The structure of the atom

The structure of the atom

Length

Overview

Learning Goals

Electron energy levels and ionisation

Electron energy levels and ionisation

Length

Overview

Learning Goals

Isotopes and radioactive decay

Isotopes and radioactive decay

Length

Overview

Learning Goals

Half-life and calculating radioactive decay

Half-life and calculating radioactive decay

Length

Overview

Learning Goals

Electric fields

Coulomb's law

Length

Overview

Learning Goals

Electric field between two parallel plates

Electric field between two parallel plates

Length

Overview

Learning Goals

Motion of charged particles in an electric field

Motion of charged particles in an electric field

Length

Overview

Learning Goals

Electric potential and potential energy

Electric potential and potential energy

Length

Overview

Learning Goals

Materials

Hooke's law

Length

Overview

Learning Goals

Elastic and plastic deformation

Elastic and plastic deformation

Length

Overview

Learning Goals

Stress, strain and Young's modulus

Stress, strain and Young's modulus

Length

Overview

Learning Goals

Stress-strain graphs

Stress-strain graphs

Length

Overview

Learning Goals

Conservation of energy

Energy stores and transfers

Energy stores and transfers

Length

Overview

Learning Goals

Energy efficiency

Energy efficiency

Length

Overview

Learning Goals

Renewable and non-renewable resources

Renewable and non-renewable resources

Length

Overview

Learning Goals

Conduction and convection

Conduction and convection

Length

Overview

Learning Goals

Capacitance

Capacitors and capacitance

Capacitors and capacitance

Length

Overview

Learning Goals

Energy stored in a capacitor

Energy stored in a capacitor

Length

Overview

Learning Goals

Charging and discharging capacitors

Charging and discharging capacitors

Length

Overview

Learning Goals

Current and charge

Current and charges

Current and charges

Length

Overview

Learning Goals

Conventional current and electron flow

Conventional current and electron flow

Length

Overview

Learning Goals

Mean drift velocity

Mean drift velocity

Length

Overview

Learning Goals

The electronvolt and work done on electrons

The electronvolt and work done on electrons

Length

Overview

Learning Goals

Magnetic fields

Magnetism and magnetic fields

Magnetism and magnetic fields

Length

Overview

Learning Goals

Electromagnetism and solenoids

Electromagnetism and solenoids

Length

Overview

Learning Goals

Motor effect and electromagnetic induction - Higher

Motor effect and electromagnetic induction - Higher

Length

Overview

Learning Goals

Transformers

Length

Overview

Learning Goals

Newton's laws of motion and momentum

Momentum: definition, conservation and calculations

Momentum: definition, conservation and calculations

Length

Overview

Learning Goals

Collisions in two dimensions

Collisions in two dimensions

Length

Overview

Learning Goals

Newton's laws of motion

Newton's laws of motion

Length

Overview

Learning Goals

Particle model of matter

Calculating density

Calculating density

Length

Overview

Learning Goals

States of matter and changes of state

States of matter and changes of state

Length

Overview

Learning Goals

Specific latent heat

Specific latent heat

Length

Overview

Learning Goals

Temperature and pressure of gases

Temperature and pressure of gases

Length

Overview

Learning Goals

Forces and energy

Energy stores and systems

Energy stores and systems

Length

Overview

Learning Goals

Calculating work done and power

Calculating work done and power

Length

Overview

Learning Goals

Forces and vector diagrams

Forces and vector diagrams

Length

Overview

Learning Goals

Resultant forces - Higher

Resultant forces - Higher

Length

Overview

Learning Goals

Gravitational fields

Gravitational fields

Gravitational fields

Length

Overview

Learning Goals

The law of gravitation

The law of gravitation

Length

Overview

Learning Goals

Kepler's laws

Length

Overview

Learning Goals

Gravitational potential and gravitational potential energy

Gravitational potential and gravitational potential energy

Length

Overview

Learning Goals

Magnetism and electromagnetism

Magnetism and magnetic fields

Magnetism and magnetic fields

Length

Overview

Learning Goals

Electromagnetism and solenoids

Electromagnetism and solenoids

Length

Overview

Learning Goals

Motor effect and electromagnetic induction - Higher

Motor effect and electromagnetic induction - Higher

Length

Overview

Learning Goals

Transformers

Length

Overview

Learning Goals

Forces in action

Mass, weight and centre of mass

Mass, weight and centre of mass

Length

Overview

Learning Goals

Resolving forces

Resolving forces

Length

Overview

Learning Goals

Triangle of forces

Triangle of forces

Length

Overview

Learning Goals

The principle of moments

The principle of moments

Length

Overview

Learning Goals

Foundations of physics

Physical quantities and units

Physical quantities and units

Length

Overview

Learning Goals

How to plan an experiment

How to plan an experiment

Length

Overview

Learning Goals

Hazards, risks and results

Hazards, risks and results

Length

Overview

Learning Goals

Analysing data

Length

Overview

Learning Goals

Space physics

The Solar System and orbits

The Solar System and orbits

Length

Overview

Learning Goals

The origin of the Universe

The origin of the Universe

Length

Overview

Learning Goals

The life cycle of a star

The life cycle of a star

Length

Overview

Learning Goals

Telescopes and models of the Universe

Telescopes and models of the Universe

Length

Overview

Learning Goals

Circular motion

Angular velocity and the radian

Angular velocity and the radian

Length

Overview

Learning Goals

Centripetal acceleration

Centripetal acceleration

Length

Overview

Learning Goals

Centripetal force

Centripetal force

Length

Overview

Learning Goals

Cosmology

Units for astronomical distances

Units for astronomical distances

Length

Overview

Learning Goals

Hubble's law

Length

Overview

Learning Goals

The evolution of the Universe

The evolution of the Universe

Length

Overview

Learning Goals

Work, energy and power

Forms of energy, conservation and work done

Forms of energy, conservation and work done

Length

Overview

Learning Goals

Kinetic energy and gravitational potential energy

Kinetic energy and gravitational potential energy

Length

Overview

Learning Goals

Power and efficiency

Power and efficiency

Length

Overview

Learning Goals

Measurements and practicals

Physical quantities and units

Physical quantities and units

Length

Overview

Learning Goals

How to plan an experiment

How to plan an experiment

Length

Overview

Learning Goals

Hazards, risks and results

Hazards, risks and results

Length

Overview

Learning Goals

Analysing data

Length

Overview

Learning Goals

Working as a physicist

Physical quantities and units

Physical quantities and units

Length

Overview

Learning Goals

How to plan an experiment

How to plan an experiment

Length

Overview

Learning Goals

Hazards, risks and results

Hazards, risks and results

Length

Overview

Learning Goals

Analysing data

Length

Overview

Learning Goals

Gravitational Fields

Gravitational fields

Gravitational fields

Length

Overview

Learning Goals

The law of gravitation

The law of gravitation

Length

Overview

Learning Goals

Kepler's laws

Length

Overview

Learning Goals

Gravitational potential and gravitational potential energy

Gravitational potential and gravitational potential energy

Length

Overview

Learning Goals

Medical physics

X-rays: structure, uses and attenuation

X-rays: structure, uses and attenuation

Length

Overview

Learning Goals

Medical tracers

Medical tracers

Length

Overview

Learning Goals

Ultrasound and the piezoelectric effect

Ultrasound and the piezoelectric effect

Length

Overview

Learning Goals

Acoustic impedance

Acoustic impedance

Length

Overview

Learning Goals

Circular Motion

Angular velocity and the radian

Angular velocity and the radian

Length

Overview

Learning Goals

Centripetal acceleration

Centripetal acceleration

Length

Overview

Learning Goals

Centripetal force

Centripetal force

Length

Overview

Learning Goals

Fluids

Terminal velocity

Terminal velocity

Length

Overview

Learning Goals

Density and pressure

Density and pressure

Length

Overview

Learning Goals

Fluid flow and viscosity

Fluid flow and viscosity

Length

Overview

Learning Goals

Fundamental particles

Hadrons, Baryons and Mesons

Hadrons, Baryons and Mesons

Length

Overview

Learning Goals

Leptons and strange particles

Leptons and strange particles

Length

Overview

Learning Goals

Quarks and antiquarks

Quarks and antiquarks

Length

Overview

Learning Goals

Stars

The life cycle of stars

The life cycle of stars

Length

Overview

Learning Goals

Energy levels and spectra

Energy levels and spectra

Length

Overview

Learning Goals

Black-body radiaton and stellar luminosity

Black-body radiaton and stellar luminosity

Length

Overview

Learning Goals

Lenses

Power of a lens

Power of a lens

Length

Overview

Learning Goals

Ray diagrams, the thin lens equation and magnification

Ray diagrams, the thin lens equation and magnification

Length

Overview

Learning Goals

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