Edexcel International A Level Physics YPH11 specification checklist
Edexcel International A Level Physics YPH11 specification checklist
0 of 63 subtopics ticked as confident
1.3Mechanics
0 of 9 confident- 1
Equations of uniformly accelerated motion
- 2–3
Motion graphs
- 4–6
Scalars, vectors and resolving vectors
- 7
Projectile motion
- 8–12
Free-body diagrams and Newton's laws
- 13–14
Momentum and conservation of momentum
- 15–16
Moments and equilibrium
- 17–20
Work, energy and conservation of energy
- 21–22
Power and efficiency
1.4Materials
0 of 4 confident- 23–26
Density, upthrust and viscous drag
- 27
Hooke's law and force-extension graphs
- 28–31
Stress, strain and the Young modulus
- 32
Elastic strain energy
2.3Waves and Particle Nature of Light
0 of 12 confident- 33–38
Wave properties and the wave equation
- 39–40
Superposition, interference and path difference
- 41–43
Stationary waves
- 44–45
Intensity and refraction
- 46–47
Critical angle and total internal reflection
- 49–50
Polarisation and diffraction
- 51–52
Diffraction gratings
- 53–54
Wave nature of electrons and de Broglie wavelength
- 55–56
Reflection, transmission and pulse-echo techniques
- 57–58
Wave and photon models of light
- 59–62
The photoelectric effect
- 63
Atomic line spectra and energy levels
2.4Electric Circuits
0 of 7 confident- 64–66
Current, potential difference and resistance
- 67–68
Kirchhoff's laws and combining resistors
- 69–70
Electrical power and I-V characteristics
- 71–73
Resistivity and conduction
- 74–76
Potential dividers
- 77–78
E.m.f. and internal resistance
- 79–80
Resistance changes in thermistors and LDRs
4.3Further Mechanics
0 of 4 confident- 81–82
Impulse and force-momentum change
- 83–86
Momentum in two dimensions and collisions
- 87–88
Angular displacement and angular velocity
- 89–91
Centripetal acceleration and force
4.4Electric and Magnetic Fields
0 of 6 confident- 92–95
Electric fields and Coulomb's law
- 96–99
Electric potential and field patterns
- 100–101
Capacitance and energy stored
- 102–104
Charging and discharging capacitors
- 105–107
Magnetic flux density and magnetic forces
- 108–110
Electromagnetic induction
4.5Nuclear and Particle Physics
0 of 5 confident- 111–112
Atomic structure and alpha scattering
- 113–115
Particle accelerators and detectors
- 116–119
Conservation laws, mass-energy and antimatter
- 121–122
The standard quark-lepton model
- 123–124
Particle interactions and equations
5.3Thermodynamics
0 of 3 confident- 125–127
Specific heat capacity and specific latent heat
- 128–129
Internal energy and absolute zero
- 130–132
The ideal gas equation and kinetic theory
5.4Nuclear Decay
0 of 3 confident- 133–136
Binding energy, fusion and fission
- 137–140
Types of nuclear radiation
- 141–142
Radioactive decay and half-life
5.5Oscillations
0 of 4 confident- 143–145
Simple harmonic motion
- 146–147
Graphs of simple harmonic motion
- 150
Energy in oscillations and damping
- 151–152
Free and forced oscillations and resonance
5.6Astrophysics and Cosmology
0 of 6 confident- 154–159
Gravitational fields and Newton's law of gravitation
- 160
Orbital motion
- 161–164
Black-body radiation and stellar luminosity
- 165–166
Measuring astronomical distances
- 167–168
Hertzsprung-Russell diagram and stellar life cycle
- 169–171
Doppler effect, redshift and the Hubble constant