GCSE · Edexcel
Edexcel GCSE 1PH0 Physics
11 lessons out now for this course, 152 planned. Teachers: see the spec coverage.
Units and describing motionPH017 of 7 out
Motion graphs and accelerationPH024 of 4 out
Forces and their effectsPH030 of 9 out
- PH03-01Contact and non-contact forcesComing soon
- PH03-02Weight, mass and gravitational field strengthComing soon
- PH03-03Resultant forcesComing soon
- PH03-04Free body diagrams (Higher) Higher_Only tierComing soon
- PH03-05Resolving forces with a scale vector diagram (Higher) Higher_Only tierComing soon
- PH03-06Elastic and inelastic deformationComing soon
- PH03-07Hooke's law and the spring constantComing soon
- PH03-08Moments and the principle of moments (triple)Coming soon
- PH03-09Levers and gears (triple)Coming soon
Newton's laws and motionPH040 of 5 out
- PH04-01Newton's First LawComing soon
- PH04-02Newton's Second Law: F = maComing soon
- PH04-03Inertia and inertial mass (Higher) Higher_Only tierComing soon
- PH04-04Newton's Third LawComing soon
- PH04-06Circular motion: constant speed, changing velocity (Higher) Higher_Only tierComing soon
Energy stores, work and powerPH050 of 7 out
- PH05-01Energy stores and the three ways a system's energy changesComing soon
- PH05-02Energy transfer diagrams and the common scaleComing soon
- PH05-03Work done and energy transferComing soon
- PH05-04Power as the rate of energy transferComing soon
- PH05-05Kinetic energyComing soon
- PH05-06Gravitational potential energyComing soon
- PH05-07Elastic potential energyComing soon
Energy efficiency and resourcesPH060 of 6 out
- PH06-01Conservation of energy and dissipationComing soon
- PH06-02Reducing unwanted energy transfersComing soon
- PH06-03EfficiencyComing soon
- PH06-04Increasing efficiency (Higher) Higher_Only tierComing soon
- PH06-05Energy resources and how we use themComing soon
- PH06-06Reliability, environmental impact and the move away from fossil fuelsComing soon
Stopping distances and momentumPH070 of 8 out
- PH07-01Reaction time and thinking distanceComing soon
- PH07-02Stopping distanceComing soon
- PH07-03Braking, energy and large decelerationsComing soon
- PH07-04Estimating the forces in a road-vehicle deceleration (Higher) Higher_Only tierComing soon
- PH07-05Momentum and p = mv (Higher) Higher_Only tierComing soon
- PH07-06Conservation of momentum (Higher) Higher_Only tierComing soon
- PH07-07Force as the rate of change of momentum, and impact forcesComing soon
- PH07-08Estimating how stopping distance grows with speed (triple)Coming soon
Particles and matterPH080 of 10 out
- PH08-01The particle model and the states of matterComing soon
- PH08-02DensityComing soon
- PH08-03Changes of state and conservation of massComing soon
- PH08-04Internal energy and what heating does to a systemComing soon
- PH08-05Specific heat capacityComing soon
- PH08-06Specific latent heat of fusion and of vaporisationComing soon
- PH08-07Gas particles, temperature and pressureComing soon
- PH08-08Absolute zero and the kelvin scaleComing soon
- PH08-09Gases under pressure: pV = constant (triple)Coming soon
- PH08-10Doing work on a gas raises its temperature (triple, Higher) Higher_Only tierComing soon
Pressure in fluidsPH090 of 4 out
- PH09-01Pressure in a fluid: p = F/A (triple)Coming soon
- PH09-02Atmospheric pressure (triple)Coming soon
- PH09-03Pressure, depth and density: p = h rho g (triple)Coming soon
- PH09-04Upthrust, floating and sinking (triple, Higher) Higher_Only tierComing soon
Electric circuitsPH100 of 9 out
- PH10-01Circuit diagrams and standard symbolsComing soon
- PH10-02Charge, current and Q = ItComing soon
- PH10-03Potential difference and E = QVComing soon
- PH10-04Voltmeters and ammeters in a circuitComing soon
- PH10-05Resistance and V = IRComing soon
- PH10-06I-V characteristics: ohmic conductor, filament lamp and diodeComing soon
- PH10-07Thermistors and light-dependent resistorsComing soon
- PH10-08Series circuitsComing soon
- PH10-09Parallel circuitsComing soon
Electricity in the home and the National GridPH110 of 9 out
- PH11-01Electrical power: P = VI and P = I^2 RComing soon
- PH11-02Energy transferred by an appliance: E = Pt and E = IVtComing soon
- PH11-03Domestic appliances and power ratingsComing soon
- PH11-04The heating effect of a currentComing soon
- PH11-05Reducing unwanted transfer with low-resistance wires (Higher) Higher_Only tierComing soon
- PH11-06Direct and alternating potential difference and the mains supplyComing soon
- PH11-07Mains wiring: live, neutral and earthComing soon
- PH11-08Electrical safety: fuses, circuit breakers and earthingComing soon
- PH11-09The National GridComing soon
Static electricityPH120 of 3 out
- PH12-01Static charge: charging by friction, attraction and repulsionComing soon
- PH12-02Sparking, earthing, and the uses and dangers of staticComing soon
- PH12-03Electric fields (triple)Coming soon
Magnetism and the motor effectPH130 of 6 out
- PH13-01Magnetic poles, permanent and induced magnetsComing soon
- PH13-02Magnetic fields, plotting compasses and the Earth's fieldComing soon
- PH13-03The magnetic effect of a current, solenoids and electromagnetsComing soon
- PH13-04The motor effect and Fleming's left-hand rule (Higher) Higher_Only tierComing soon
- PH13-05F = BIl (Higher) Higher_Only tierComing soon
- PH13-06Electric motors (Higher) Higher_Only tierComing soon
Electromagnetic induction and transformersPH140 of 5 out
- PH14-01Electromagnetic induction and the generator effect (Higher) Higher_Only tierComing soon
- PH14-02Transformers and the turns-ratio equation (Higher) Higher_Only tierComing soon
- PH14-03The transformer power equation and high-voltage transmissionComing soon
- PH14-04Alternators and dynamos (triple, Higher) Higher_Only tierComing soon
- PH14-05Microphones and loudspeakers (triple, Higher) Higher_Only tierComing soon
Waves and how they behavePH150 of 5 out
- PH15-01What a wave does: energy without matterComing soon
- PH15-02Transverse and longitudinal wavesComing soon
- PH15-03Amplitude, wavelength, frequency and periodComing soon
- PH15-04The wave equationComing soon
- PH15-05Measuring the speed of a waveComing soon
Sound and seismic wavesPH160 of 4 out
- PH16-01Sound crossing from one medium to another (triple)Coming soon
- PH16-02Sound, the ear and the limits of human hearing (triple, Higher) Higher_Only tierComing soon
- PH16-03Ultrasound, infrasound and echo sounding (triple, Higher) Higher_Only tierComing soon
- PH16-04Seismic waves and the Earth's structure (triple, Higher) Higher_Only tierComing soon
The electromagnetic spectrumPH170 of 6 out
- PH17-01The electromagnetic spectrumComing soon
- PH17-02Uses of each part of the electromagnetic spectrumComing soon
- PH17-03The hazards of electromagnetic radiationComing soon
- PH17-04Radio waves and electrical oscillations (Higher) Higher_Only tierComing soon
- PH17-05Infrared emission and absorption, and black-body radiation (triple)Coming soon
- PH17-06Radiation balance and the temperature of the Earth (triple, Higher) Higher_Only tierComing soon
Light and refractionPH180 of 6 out
- PH18-01Refraction at a boundaryComing soon
- PH18-02How different substances treat different wavelengths (Higher) Higher_Only tierComing soon
- PH18-03Reflection, transmission and absorption at a boundary (triple)Coming soon
- PH18-04Total internal reflection and the critical angle (triple)Coming soon
- PH18-05Lenses and ray diagrams (triple)Coming soon
- PH18-06Colour, filters, and specular versus diffuse reflection (triple)Coming soon
Atomic structurePH190 of 6 out
- PH19-01The structure and size of an atomComing soon
- PH19-02Protons, neutrons and electronsComing soon
- PH19-03Atomic number, mass number and isotopesComing soon
- PH19-04Electron energy levels and ionsComing soon
- PH19-05Radiation from atoms and nucleiComing soon
- PH19-06How the model of the atom changedComing soon
Radioactive decayPH200 of 6 out
- PH20-01Radioactive decay is random: activity and count-rateComing soon
- PH20-02Alpha, beta, gamma and neutron radiation comparedComing soon
- PH20-03Detecting radioactivityComing soon
- PH20-04Nuclear equations for alpha and beta decayComing soon
- PH20-05Half-lifeComing soon
- PH20-06Net decline after a number of half-livesComing soon
Radiation, risk and nuclear powerPH210 of 8 out
- PH21-01Background radiationComing soon
- PH21-02Contamination and irradiationComing soon
- PH21-03The dangers of ionising radiation and the precautions takenComing soon
- PH21-04Why the hazard of a source depends on its half-life (triple)Coming soon
- PH21-05Uses of radioactivity in medicine and industry (triple)Coming soon
- PH21-06Nuclear fission and the chain reaction (triple)Coming soon
- PH21-07Nuclear fusion (triple)Coming soon
- PH21-08Nuclear power: the arguments for and against (triple)Coming soon
The Solar System and orbitsPH220 of 5 out
- PH22-01The Solar System and the Milky Way (triple)Coming soon
- PH22-02How ideas about the Solar System changed (triple)Coming soon
- PH22-03Weight and gravitational field strength on other bodies (triple)Coming soon
- PH22-04Orbits of moons, planets and satellites (triple)Coming soon
- PH22-05Circular orbits: gravity changes velocity, not speed (triple)Coming soon
Stars and the UniversePH230 of 5 out
- PH23-01How a star forms and why it is stable (triple)Coming soon
- PH23-02The life cycle of a star (triple)Coming soon
- PH23-03Red-shift and the expanding Universe (triple)Coming soon
- PH23-04The Big Bang, the Steady State theory and the cosmic microwave background (triple)Coming soon
- PH23-05Observing the Universe (triple)Coming soon
Required practicalsPH240 of 9 out
- PH24-01Practical: specific heat capacityComing soon
- PH24-02Practical: density of solids and liquidsComing soon
- PH24-04Practical: force and extension of a springComing soon
- PH24-05Practical: acceleration, force and massComing soon
- PH24-06Practical: resistance of a wire and of componentsComing soon
- PH24-07Practical: I-V characteristicsComing soon
- PH24-08Practical: waves in a ripple tank and in a solidComing soon
- PH24-09Practical: reflection and refraction of lightComing soon
- PH24-10Practical: infrared emission and absorptionComing soon