Lesson Planner (PHYSICS)

Your monthly lesson planner - make each session count! Please note : there are 5 sessions on some months :)

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A red asterisk (*) indicates required questions.

Lesson ONE*

	Measurement \| Physical Quantities, Units & Measurement (Phy. quantities & SI units)
	Measurement \| Physical Quantities, Units and Measurement (Measurement)
	Measurement \| Physical Quantities, Units and Measurement (Scalar and vectors)
	Newtonian Mechanics \| Kinematics (Speed, velocity and acceleration)
	Newtonian Mechanics \| Kinematics (Graphical analysis of motion)
	Newtonian Mechanics \| Kinematics (Free-fall)
	Newtonian Mechanics \| Dynamics (Types of forces)
	Newtonian Mechanics \| Dynamics (Mass, weight and gravitational field)
	Newtonian Mechanics \| Dynamics (Newton’s laws of motion)
	Newtonian Mechanics \| Dynamics (Effects of resistive forces on motion)
	Newtonian Mechanics \| Turning Effect of Forces (Moments)
	Newtonian Mechanics \| Turning Effect of Forces (Equilibrium)
	Newtonian Mechanics \| Turning Effect of Forces (Centre of gravity and stability)
	Newtonian Mechanics \| Pressure (Pressure)
	Newtonian Mechanics \| Pressure (Density and fluid pressure)
	Newtonian Mechanics \| Energy (Energy stores and transfers)
	Newtonian Mechanics \| Energy (Work, power and efficiency)
	Newtonian Mechanics \| Energy (Energy resources)
	Thermal Physics \| Kinetic Particle Model of Matter (States of matter)
	Thermal Physics \| Kinetic Particle Model of Matter (Kinetic Particle Model)
	Thermal Physics \| Thermal Processes (Thermal equilibrium)
	Thermal Physics \| Thermal Processes (Conduction)
	Thermal Physics \| Thermal Processes (Convection)
	Thermal Physics \| Thermal Processes (Radiation)
	Thermal Physics \| Thermal Properties of Matter (Internal energy)
	Thermal Physics \| Thermal Properties of Matter (Specific heat capacity)
	Thermal Physics \| Thermal Properties of Matter (Melting, boiling and evaporation)
	Thermal Physics \| Thermal Properties of Matter (Specific latent heat)
	Waves \| General Properties of Waves (Describing wave motion)
	Waves \| General Properties of Waves (Wave properties)
	Waves \| General Properties of Waves (Sound)
	Waves \| Electromagnetic Spectrum (Properties of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Applications of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Effects of electromagnetic waves on cells and tissues)
	Waves \| Light (Reflection of light)
	Waves \| Light (Refraction of light)
	Waves \| Light (Thin converging lenses)
	Electricity and Magnetism \| Static Electricity (Electric charge)
	Electricity and Magnetism \| Static Electricity (Electric field)
	Electricity & Magnetism \| Static Electricity (Dangers & applns of electrostatic charging)
	Electricity and Magnetism \| Current of Electricity (Conventional current and electron flow)
	Electricity & Magnetism \| Current of Electricity (Electromotive force & potential difference)
	Electricity and Magnetism \| Current of Electricity (Resistance)
	Electricity and Magnetism \| D.C. Circuits (Circuit diagrams)
	Electricity and Magnetism \| D.C. Circuits (Series and parallel circuits)
	Electricity and Magnetism \| D.C. Circuits (Action and use of circuit components)
	Electricity and Magnetism \| Practical Electricity (Electrical working, power and energy)
	Electricity and Magnetism \| Practical Electricity (Dangers of electricity)
	Electricity and Magnetism \| Practical Electricity (Safe use of electricity in the home)
	Electricity and Magnetism \| Magnetism (Laws of magnetism)
	Electricity and Magnetism \| Magnetism (Magnetic properties matter)
	Electricity and Magnetism \| Magnetism (Magnetic field)
	Electricity and Magnetism \| Electromagnetism (Magnetic effect of a current)
	Electricity and Magnetism \| Electromagnetism (Force on a current-carrying conductor)
	Electricity and Magnetism \| Electromagnetism (The d.c. motor)
	Electricity and Magnetism \| Electromagnetic Induction (Principles of e. induction)
	Electricity and Magnetism \| Electromagnetic Induction (The a.c. generator)
	Electricity and Magnetism \| Electromagnetic Induction (The transformer)
	Radioactivity \| Radioactivity (The composition of the atom)
	Radioactivity \| Radioactivity (Radioactive decay)
	Radioactivity \| Radioactivity (Dangers and uses of radioactivity)

Lesson TWO*

	Measurement \| Physical Quantities, Units & Measurement (Phy. quantities & SI units)
	Measurement \| Physical Quantities, Units and Measurement (Measurement)
	Measurement \| Physical Quantities, Units and Measurement (Scalar and vectors)
	Newtonian Mechanics \| Kinematics (Speed, velocity and acceleration)
	Newtonian Mechanics \| Kinematics (Graphical analysis of motion)
	Newtonian Mechanics \| Kinematics (Free-fall)
	Newtonian Mechanics \| Dynamics (Types of forces)
	Newtonian Mechanics \| Dynamics (Mass, weight and gravitational field)
	Newtonian Mechanics \| Dynamics (Newton’s laws of motion)
	Newtonian Mechanics \| Dynamics (Effects of resistive forces on motion)
	Newtonian Mechanics \| Turning Effect of Forces (Moments)
	Newtonian Mechanics \| Turning Effect of Forces (Equilibrium)
	Newtonian Mechanics \| Turning Effect of Forces (Centre of gravity and stability)
	Newtonian Mechanics \| Pressure (Pressure)
	Newtonian Mechanics \| Pressure (Density and fluid pressure)
	Newtonian Mechanics \| Energy (Energy stores and transfers)
	Newtonian Mechanics \| Energy (Work, power and efficiency)
	Newtonian Mechanics \| Energy (Energy resources)
	Thermal Physics \| Kinetic Particle Model of Matter (States of matter)
	Thermal Physics \| Kinetic Particle Model of Matter (Kinetic Particle Model)
	Thermal Physics \| Thermal Processes (Thermal equilibrium)
	Thermal Physics \| Thermal Processes (Conduction)
	Thermal Physics \| Thermal Processes (Convection)
	Thermal Physics \| Thermal Processes (Radiation)
	Thermal Physics \| Thermal Properties of Matter (Internal energy)
	Thermal Physics \| Thermal Properties of Matter (Specific heat capacity)
	Thermal Physics \| Thermal Properties of Matter (Melting, boiling and evaporation)
	Thermal Physics \| Thermal Properties of Matter (Specific latent heat)
	Waves \| General Properties of Waves (Describing wave motion)
	Waves \| General Properties of Waves (Wave properties)
	Waves \| General Properties of Waves (Sound)
	Waves \| Electromagnetic Spectrum (Properties of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Applications of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Effects of electromagnetic waves on cells and tissues)
	Waves \| Light (Reflection of light)
	Waves \| Light (Refraction of light)
	Waves \| Light (Thin converging lenses)
	Electricity and Magnetism \| Static Electricity (Electric charge)
	Electricity and Magnetism \| Static Electricity (Electric field)
	Electricity & Magnetism \| Static Electricity (Dangers & applns of electrostatic charging)
	Electricity and Magnetism \| Current of Electricity (Conventional current and electron flow)
	Electricity & Magnetism \| Current of Electricity (Electromotive force & potential difference)
	Electricity and Magnetism \| Current of Electricity (Resistance)
	Electricity and Magnetism \| D.C. Circuits (Circuit diagrams)
	Electricity and Magnetism \| D.C. Circuits (Series and parallel circuits)
	Electricity and Magnetism \| D.C. Circuits (Action and use of circuit components)
	Electricity and Magnetism \| Practical Electricity (Electrical working, power and energy)
	Electricity and Magnetism \| Practical Electricity (Dangers of electricity)
	Electricity and Magnetism \| Practical Electricity (Safe use of electricity in the home)
	Electricity and Magnetism \| Magnetism (Laws of magnetism)
	Electricity and Magnetism \| Magnetism (Magnetic properties matter)
	Electricity and Magnetism \| Magnetism (Magnetic field)
	Electricity and Magnetism \| Electromagnetism (Magnetic effect of a current)
	Electricity and Magnetism \| Electromagnetism (Force on a current-carrying conductor)
	Electricity and Magnetism \| Electromagnetism (The d.c. motor)
	Electricity and Magnetism \| Electromagnetic Induction (Principles of e. induction)
	Electricity and Magnetism \| Electromagnetic Induction (The a.c. generator)
	Electricity and Magnetism \| Electromagnetic Induction (The transformer)
	Radioactivity \| Radioactivity (The composition of the atom)
	Radioactivity \| Radioactivity (Radioactive decay)
	Radioactivity \| Radioactivity (Dangers and uses of radioactivity)

Lesson THREE*

	Measurement \| Physical Quantities, Units & Measurement (Phy. quantities & SI units)
	Measurement \| Physical Quantities, Units and Measurement (Measurement)
	Measurement \| Physical Quantities, Units and Measurement (Scalar and vectors)
	Newtonian Mechanics \| Kinematics (Speed, velocity and acceleration)
	Newtonian Mechanics \| Kinematics (Graphical analysis of motion)
	Newtonian Mechanics \| Kinematics (Free-fall)
	Newtonian Mechanics \| Dynamics (Types of forces)
	Newtonian Mechanics \| Dynamics (Mass, weight and gravitational field)
	Newtonian Mechanics \| Dynamics (Newton’s laws of motion)
	Newtonian Mechanics \| Dynamics (Effects of resistive forces on motion)
	Newtonian Mechanics \| Turning Effect of Forces (Moments)
	Newtonian Mechanics \| Turning Effect of Forces (Equilibrium)
	Newtonian Mechanics \| Turning Effect of Forces (Centre of gravity and stability)
	Newtonian Mechanics \| Pressure (Pressure)
	Newtonian Mechanics \| Pressure (Density and fluid pressure)
	Newtonian Mechanics \| Energy (Energy stores and transfers)
	Newtonian Mechanics \| Energy (Work, power and efficiency)
	Newtonian Mechanics \| Energy (Energy resources)
	Thermal Physics \| Kinetic Particle Model of Matter (States of matter)
	Thermal Physics \| Kinetic Particle Model of Matter (Kinetic Particle Model)
	Thermal Physics \| Thermal Processes (Thermal equilibrium)
	Thermal Physics \| Thermal Processes (Conduction)
	Thermal Physics \| Thermal Processes (Convection)
	Thermal Physics \| Thermal Processes (Radiation)
	Thermal Physics \| Thermal Properties of Matter (Internal energy)
	Thermal Physics \| Thermal Properties of Matter (Specific heat capacity)
	Thermal Physics \| Thermal Properties of Matter (Melting, boiling and evaporation)
	Thermal Physics \| Thermal Properties of Matter (Specific latent heat)
	Waves \| General Properties of Waves (Describing wave motion)
	Waves \| General Properties of Waves (Wave properties)
	Waves \| General Properties of Waves (Sound)
	Waves \| Electromagnetic Spectrum (Properties of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Applications of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Effects of electromagnetic waves on cells and tissues)
	Waves \| Light (Reflection of light)
	Waves \| Light (Refraction of light)
	Waves \| Light (Thin converging lenses)
	Electricity and Magnetism \| Static Electricity (Electric charge)
	Electricity and Magnetism \| Static Electricity (Electric field)
	Electricity & Magnetism \| Static Electricity (Dangers & applns of electrostatic charging)
	Electricity and Magnetism \| Current of Electricity (Conventional current and electron flow)
	Electricity & Magnetism \| Current of Electricity (Electromotive force & potential difference)
	Electricity and Magnetism \| Current of Electricity (Resistance)
	Electricity and Magnetism \| D.C. Circuits (Circuit diagrams)
	Electricity and Magnetism \| D.C. Circuits (Series and parallel circuits)
	Electricity and Magnetism \| D.C. Circuits (Action and use of circuit components)
	Electricity and Magnetism \| Practical Electricity (Electrical working, power and energy)
	Electricity and Magnetism \| Practical Electricity (Dangers of electricity)
	Electricity and Magnetism \| Practical Electricity (Safe use of electricity in the home)
	Electricity and Magnetism \| Magnetism (Laws of magnetism)
	Electricity and Magnetism \| Magnetism (Magnetic properties matter)
	Electricity and Magnetism \| Magnetism (Magnetic field)
	Electricity and Magnetism \| Electromagnetism (Magnetic effect of a current)
	Electricity and Magnetism \| Electromagnetism (Force on a current-carrying conductor)
	Electricity and Magnetism \| Electromagnetism (The d.c. motor)
	Electricity and Magnetism \| Electromagnetic Induction (Principles of e. induction)
	Electricity and Magnetism \| Electromagnetic Induction (The a.c. generator)
	Electricity and Magnetism \| Electromagnetic Induction (The transformer)
	Radioactivity \| Radioactivity (The composition of the atom)
	Radioactivity \| Radioactivity (Radioactive decay)
	Radioactivity \| Radioactivity (Dangers and uses of radioactivity)

Lesson FOUR*

	Measurement \| Physical Quantities, Units & Measurement (Phy. quantities & SI units)
	Measurement \| Physical Quantities, Units and Measurement (Measurement)
	Measurement \| Physical Quantities, Units and Measurement (Scalar and vectors)
	Newtonian Mechanics \| Kinematics (Speed, velocity and acceleration)
	Newtonian Mechanics \| Kinematics (Graphical analysis of motion)
	Newtonian Mechanics \| Kinematics (Free-fall)
	Newtonian Mechanics \| Dynamics (Types of forces)
	Newtonian Mechanics \| Dynamics (Mass, weight and gravitational field)
	Newtonian Mechanics \| Dynamics (Newton’s laws of motion)
	Newtonian Mechanics \| Dynamics (Effects of resistive forces on motion)
	Newtonian Mechanics \| Turning Effect of Forces (Moments)
	Newtonian Mechanics \| Turning Effect of Forces (Equilibrium)
	Newtonian Mechanics \| Turning Effect of Forces (Centre of gravity and stability)
	Newtonian Mechanics \| Pressure (Pressure)
	Newtonian Mechanics \| Pressure (Density and fluid pressure)
	Newtonian Mechanics \| Energy (Energy stores and transfers)
	Newtonian Mechanics \| Energy (Work, power and efficiency)
	Newtonian Mechanics \| Energy (Energy resources)
	Thermal Physics \| Kinetic Particle Model of Matter (States of matter)
	Thermal Physics \| Kinetic Particle Model of Matter (Kinetic Particle Model)
	Thermal Physics \| Thermal Processes (Thermal equilibrium)
	Thermal Physics \| Thermal Processes (Conduction)
	Thermal Physics \| Thermal Processes (Convection)
	Thermal Physics \| Thermal Processes (Radiation)
	Thermal Physics \| Thermal Properties of Matter (Internal energy)
	Thermal Physics \| Thermal Properties of Matter (Specific heat capacity)
	Thermal Physics \| Thermal Properties of Matter (Melting, boiling and evaporation)
	Thermal Physics \| Thermal Properties of Matter (Specific latent heat)
	Waves \| General Properties of Waves (Describing wave motion)
	Waves \| General Properties of Waves (Wave properties)
	Waves \| General Properties of Waves (Sound)
	Waves \| Electromagnetic Spectrum (Properties of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Applications of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Effects of electromagnetic waves on cells and tissues)
	Waves \| Light (Reflection of light)
	Waves \| Light (Refraction of light)
	Waves \| Light (Thin converging lenses)
	Electricity and Magnetism \| Static Electricity (Electric charge)
	Electricity and Magnetism \| Static Electricity (Electric field)
	Electricity & Magnetism \| Static Electricity (Dangers & applns of electrostatic charging)
	Electricity and Magnetism \| Current of Electricity (Conventional current and electron flow)
	Electricity & Magnetism \| Current of Electricity (Electromotive force & potential difference)
	Electricity and Magnetism \| Current of Electricity (Resistance)
	Electricity and Magnetism \| D.C. Circuits (Circuit diagrams)
	Electricity and Magnetism \| D.C. Circuits (Series and parallel circuits)
	Electricity and Magnetism \| D.C. Circuits (Action and use of circuit components)
	Electricity and Magnetism \| Practical Electricity (Electrical working, power and energy)
	Electricity and Magnetism \| Practical Electricity (Dangers of electricity)
	Electricity and Magnetism \| Practical Electricity (Safe use of electricity in the home)
	Electricity and Magnetism \| Magnetism (Laws of magnetism)
	Electricity and Magnetism \| Magnetism (Magnetic properties matter)
	Electricity and Magnetism \| Magnetism (Magnetic field)
	Electricity and Magnetism \| Electromagnetism (Magnetic effect of a current)
	Electricity and Magnetism \| Electromagnetism (Force on a current-carrying conductor)
	Electricity and Magnetism \| Electromagnetism (The d.c. motor)
	Electricity and Magnetism \| Electromagnetic Induction (Principles of e. induction)
	Electricity and Magnetism \| Electromagnetic Induction (The a.c. generator)
	Electricity and Magnetism \| Electromagnetic Induction (The transformer)
	Radioactivity \| Radioactivity (The composition of the atom)
	Radioactivity \| Radioactivity (Radioactive decay)
	Radioactivity \| Radioactivity (Dangers and uses of radioactivity)

Lesson FIVE

	Measurement \| Physical Quantities, Units & Measurement (Phy. quantities & SI units)
	Measurement \| Physical Quantities, Units and Measurement (Measurement)
	Measurement \| Physical Quantities, Units and Measurement (Scalar and vectors)
	Newtonian Mechanics \| Kinematics (Speed, velocity and acceleration)
	Newtonian Mechanics \| Kinematics (Graphical analysis of motion)
	Newtonian Mechanics \| Kinematics (Free-fall)
	Newtonian Mechanics \| Dynamics (Types of forces)
	Newtonian Mechanics \| Dynamics (Mass, weight and gravitational field)
	Newtonian Mechanics \| Dynamics (Newton’s laws of motion)
	Newtonian Mechanics \| Dynamics (Effects of resistive forces on motion)
	Newtonian Mechanics \| Turning Effect of Forces (Moments)
	Newtonian Mechanics \| Turning Effect of Forces (Equilibrium)
	Newtonian Mechanics \| Turning Effect of Forces (Centre of gravity and stability)
	Newtonian Mechanics \| Pressure (Pressure)
	Newtonian Mechanics \| Pressure (Density and fluid pressure)
	Newtonian Mechanics \| Energy (Energy stores and transfers)
	Newtonian Mechanics \| Energy (Work, power and efficiency)
	Newtonian Mechanics \| Energy (Energy resources)
	Thermal Physics \| Kinetic Particle Model of Matter (States of matter)
	Thermal Physics \| Kinetic Particle Model of Matter (Kinetic Particle Model)
	Thermal Physics \| Thermal Processes (Thermal equilibrium)
	Thermal Physics \| Thermal Processes (Conduction)
	Thermal Physics \| Thermal Processes (Convection)
	Thermal Physics \| Thermal Processes (Radiation)
	Thermal Physics \| Thermal Properties of Matter (Internal energy)
	Thermal Physics \| Thermal Properties of Matter (Specific heat capacity)
	Thermal Physics \| Thermal Properties of Matter (Melting, boiling and evaporation)
	Thermal Physics \| Thermal Properties of Matter (Specific latent heat)
	Waves \| General Properties of Waves (Describing wave motion)
	Waves \| General Properties of Waves (Wave properties)
	Waves \| General Properties of Waves (Sound)
	Waves \| Electromagnetic Spectrum (Properties of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Applications of electromagnetic waves)
	Waves \| Electromagnetic Spectrum (Effects of electromagnetic waves on cells and tissues)
	Waves \| Light (Reflection of light)
	Waves \| Light (Refraction of light)
	Waves \| Light (Thin converging lenses)
	Electricity and Magnetism \| Static Electricity (Electric charge)
	Electricity and Magnetism \| Static Electricity (Electric field)
	Electricity & Magnetism \| Static Electricity (Dangers & applns of electrostatic charging)
	Electricity and Magnetism \| Current of Electricity (Conventional current and electron flow)
	Electricity & Magnetism \| Current of Electricity (Electromotive force & potential difference)
	Electricity and Magnetism \| Current of Electricity (Resistance)
	Electricity and Magnetism \| D.C. Circuits (Circuit diagrams)
	Electricity and Magnetism \| D.C. Circuits (Series and parallel circuits)
	Electricity and Magnetism \| D.C. Circuits (Action and use of circuit components)
	Electricity and Magnetism \| Practical Electricity (Electrical working, power and energy)
	Electricity and Magnetism \| Practical Electricity (Dangers of electricity)
	Electricity and Magnetism \| Practical Electricity (Safe use of electricity in the home)
	Electricity and Magnetism \| Magnetism (Laws of magnetism)
	Electricity and Magnetism \| Magnetism (Magnetic properties matter)
	Electricity and Magnetism \| Magnetism (Magnetic field)
	Electricity and Magnetism \| Electromagnetism (Magnetic effect of a current)
	Electricity and Magnetism \| Electromagnetism (Force on a current-carrying conductor)
	Electricity and Magnetism \| Electromagnetism (The d.c. motor)
	Electricity and Magnetism \| Electromagnetic Induction (Principles of e. induction)
	Electricity and Magnetism \| Electromagnetic Induction (The a.c. generator)
	Electricity and Magnetism \| Electromagnetic Induction (The transformer)
	Radioactivity \| Radioactivity (The composition of the atom)
	Radioactivity \| Radioactivity (Radioactive decay)
	Radioactivity \| Radioactivity (Dangers and uses of radioactivity)