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Home Curriculum Course Information Y12 Course Info Physics - Year 12

Physics - Year 12

AS Physics (OCR – Physics B (Advancing Physics) H159) - Year 12

There are three units at AS level, two examined units and a coursework unit. Both teachers cover part of each unit. The Physics in action module (G491) is examined in May and is worth 30% of the total marks at AS level. The Understanding processes (G492) unit is also examined in May and is worth 50% of the total marks at AS. This module includes some pre-release material. There are two pieces of coursework (G493) which together are worth 20%.

TEACHER 1
Physics in action
Understanding processes
Physics in practice
TEACHER 2
Physics in action
Understanding processes
Physics in practice
Half Term 1 (September - October)
  • Vectors
  • Velocity and acceleration
  • Resolving vectors
  • The equations of motion
  • Projectile motion
  • Electric circuits (charge, current, potential difference, resistance, conductance)
  • Potential dividers
  • Using circuits as sensors
  • Properties of sensors
  • Internal resistance
  • Quality of measurement
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: Blackpool – the physics of rollercoasters
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
Half Term 2 (November - December)
  • Mass and weight
  • Force and acceleration
  • Kinetic and potential energy
  • Power
  • General properties of waves
  • Standing waves
  • Interference patterns
  • Young’s double slits
  • Diffraction gratings
  • Polarisation
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
Half Term 3 (January - February)
  • Mechanical properties of materials– practical measurements and correct terminology
  • Optical properties of materials
  • Electrical properties of materials
  • Material microstructure
  • Linking properties and microstructure
  • Quality of measurement coursework (a report of a practical measurement of a physical relationship with emphasis on improving the quality of measurement)
  • Introduction to quantum behaviour
  • The many paths model
  • Quantum behaviour in electrons
  • The photoelectric effect
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
Half Term 4 (March - April)
  • Materials coursework (a presentation on the properties, structure and use of a material)
  • Digital images
  • Using lenses
  • Analogue and digital signals
  • Storing information digitally
  • Introduction to quantum behaviour
  • The many paths model
  • Quantum behaviour in electrons
  • The photoelectric effect
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
External Assessment: No
Internal Common Assessment: Yes
Coursework Deadline this H/T: N/A
Field Trips/Visits: No
Half Term 5 (May - June)
  • Exam preparation
  • Exam preparation
External Assessment: Yes
Internal Common Assessment: No
Coursework Deadline this H/T: Materials report by 20.04.12
Field Trips/Visits: No
External Assessment: Yes
Internal Common Assessment: No
Coursework Deadline this H/T: N/A
Field Trips/Visits: No

Suggested Course reading list
Text books are sold through the department.
Students are loaned a revision guide and a revision CD.
Those marked * are definitely in the LRC. Others might be. Enjoy.

  • Schrodinger’s kittens. John Gribbin*
    A good introduction to quantum theory.
  • The Physics of Star Trek Laurence Krauss
    Mr.Evans’ favourite.
  • A Short History of Nearly Everything Bill Bryson
    Easy to read, but too much Biology at the end!
  • The New World of Mr. Tomkins. Gamow & Stannard *
    An easy intro to relativity.
  • In Search of the Big Bang. John Gribbin*
    Anything by Gribbin is well explained.
  • The Elegant Universe. Brian Greene
    String theory…Challenging!
  • QED. Richard Feymann*
    The original.
  • The New Science of Strong Materials. J.E.Gordon
    Rather dated, but still good for budding engineers.
  • Cosmos. Carl Sagan
    A sense of perspective on the Universe?
  • How to clone the perfect blonde. Nelson & Collingham
    Not what you might think.
  • Unweaving the rainbow. Richard Dawkins
    Has science a soul?
  • A Briefer History of Time. Stephen Hawking
    More digestible than the original… apparently.