Edexcel A-Level Physics 9PH0 specification checklist
Edexcel A-Level Physics 9PH0 specification checklist
0 of 66 subtopics ticked as confident
2Mechanics
0 of 8 confident- 9–11
Uniformly accelerated motion and motion graphs
- 12–14
Scalars, vectors and resolving
- 15
Projectile motion
- 16–20
Forces, Newton's laws and free-body diagrams
- 21–22
Momentum and conservation of linear momentum
- 23–24
Moments and centre of gravity
- 25–28
Work, energy and the conservation of energy
- 29–30
Power and efficiency
3Electric circuits
0 of 7 confident- 31–33
Current, potential difference and resistance
- 34–36
Series and parallel circuits and conservation laws
- 37–38
Electrical power and I-V characteristics
- 39–41
Resistivity and conduction
- 42–44
Potential dividers
- 45–46
E.m.f. and internal resistance
- 47–48
Resistance changes with temperature and light
4Materials
0 of 5 confident- 49–50
Density and upthrust
- 51–52
Viscous drag and Stokes' law
- 53
Hooke's law and force-extension graphs
- 54–57
Stress, strain and the Young modulus
- 58
Elastic strain energy
5Waves and particle nature of light
0 of 12 confident- 59–64
Wave properties and wave graphs
- 65–66
Superposition, coherence and interference
- 67–69
Stationary waves
- 70
Intensity and polarisation
- 71–74
Refraction and total internal reflection
- 75–78
Lenses and ray diagrams
- 79–81
Image formation and magnification
- 83–85
Diffraction and diffraction gratings
- 86–87
Wave-particle duality and de Broglie wavelength
- 88–89
Waves at interfaces and pulse-echo
- 90–95
Photons and the photoelectric effect
- 96
Atomic line spectra and energy levels
6Further mechanics
0 of 4 confident- 97–98
Impulse and force-momentum
- 99–102
Collisions in two dimensions
- 103–104
Circular motion and angular velocity
- 105–107
Centripetal force
7Electric and magnetic fields
0 of 7 confident- 108–111
Electric fields and Coulomb's law
- 112–115
Electric potential and field patterns
- 116–117
Capacitance and energy stored
- 118–120
Capacitor charge and discharge
- 121–123
Magnetic fields and forces
- 124–127
Electromagnetic induction
- 128–129
Alternating currents
8Nuclear and particle physics
0 of 5 confident- 130–131
The nuclear atom and alpha scattering
- 132–136
Particle accelerators and detectors
- 137–139
Energy, mass and antimatter
- 140–141
Quarks, leptons and hadrons
- 142–143
Conservation laws and particle equations
9Thermodynamics
0 of 4 confident- 144–146
Specific heat capacity and latent heat
- 147–148
Internal energy and absolute zero
- 149–152
Ideal gases and kinetic theory
- 153–155
Black-body radiation
10Space
0 of 4 confident- 156
Luminosity and intensity of stars
- 157–158
Measuring astronomical distances
- 159–160
Hertzsprung-Russell diagram and stellar life cycles
- 161–163
Doppler effect, redshift and the expanding universe
11Nuclear radiation
0 of 4 confident- 164–165
Nuclear binding energy
- 166–167
Nuclear fission and fusion
- 168–171
Types of radiation and nuclear equations
- 172–173
Radioactive decay and half-life
12Gravitational fields
0 of 3 confident- 174–177
Gravitational fields and Newton's law of gravitation
- 178–179
Gravitational potential and comparison with electric fields
- 180
Orbital motion
13Oscillations
0 of 3 confident- 181–183
Simple harmonic motion and its equations
- 184–185
Displacement, velocity and acceleration graphs for SHM
- 186–191
Energy, damping and resonance