Jewish Studies  Jewish Studies-Boys  Jewish Studies-Girls  Biblical Hebrew  Religious Studies  English  English  Mathematics  Mathematics  Science  Science  Biology (KS5)  Chemistry (KS5)  Physics (KS5)  Modern Foreign
 Languages
 French &
 Modern Hebrew
 German  Humanities  Geography  Government & Politics  History  Psychology  Creative Arts  Art  Music  Physical Education  Business Education  Economics  Business Studies  Applied Business Studies  Beauty Therapy Science  Emerging
 Technologies
 Information Technology  Textiles Technology  Food Technology  Resistant Materials  Supportive Studies  Supportive Studies

Physics (KS5 - Post 16)

Edexcel's GCE in Physics (new specification) comprises six units and contains an Advanced Subsidiary subset of three units. This subset forms the first half of the GCE course and may be awarded as a discrete A/S qualification, or contribute 50% of a student's Advanced GCE marks. The full Advanced GCE qualification is awarded on the basis of the three AS units plus three further A2 units.

Teachers

  • Dr L. Finkelstein
  • Mr C. Kaminer
  • Mrs S. Mineva
  • Mr N. Ordman
  • Mrs R. Reuben

 

Years 12-13 (A/S & A2 levels)

Physics A Level
Diagram of the main concepts studied in A/S and A2 level Physics

 

Year 12 (A/S)

Science

Unit 1: Physics on the go

Mechanics:

  • Velocity
  • Acceleration
  • Forces
  • Equilibrium
  • Energy
  • Power.

Materials:

  • Fluid flow
  • Elastic/plastic deformation
  • Properties
  • Compression.

Unit 2: Physics at work

Waves

  • Characteristics
  • Standing waves
  • Refraction
  • Diffraction
  • Polarisation.

Electricity

  • Series/parallel circuits
  • Ohms law
  • Resistivity
  • Potential divider
  • emf and internal resistance
  • Negative coefficient temperature thermistors.

Nature of light

  • Photons
  • Einstein's photoelectric equation
  • Efficiency.

Unit 3: Exploring physics

An internal assessment is undertaken involving an experiment based on a visit or a case-study.

 

Year 13 (A2)

Year 13 (A2)

Unit 4: Physics on the move

Further mechanics

  • momentum
  • circular motion Electric and magnetic fields
  • electric field strength
  • potential
  • capacitance
  • resistor-capacitor circuits
  • magnetic flux
  • flux linkage
  • Fleming's left hand rule
  • Faraday's law
  • Lenz's law.

Particle physics

  • the nuclear atom
  • thermionic emission
  • particle accelerators
  • particle tracks
  • quark-lepton model
  • De Broglie's equation.

Unit 5: Physics from creation to collapse

Thermal energy

  • specific heat capacity
  • ideal gas equation
  • internal energy Nuclear decay
  • types of radiation
  • penetrating power
  • ionising ability
  • half life Oscillations
  • simple harmonic motion
  • free, damped and forced oscillations.

Astrophysics and cosmology

  • gravitational fields
  • Hertsprung-Russell diagram
  • Stefan-Boltzmann law
  • fate of the universe.

Unit 6: Experimental Physics

An internal assessment is undertaken centred on planning and carrying out an experiment.

 

Links

 

Page published: 13 August 2008; revised 18 August 2009.   Last update: