This topic is included in AS Paper 1 and Paper 2, and A Level Paper 1, Paper 2 and Paper 3 for OCR (B) Physics.
Notes:
- Definitions
- Development of Practical Skills in Physics
- PAG 01.1 - Comparing methods of determining g
- PAG 01.2 - Investigating terminal velocity
- PAG 01.3 - Investigating initial speed and stopping distance
- PAG 02.1 - Determining Young Modulus
- PAG 02.2 - Investigating springs in series and in parallel
- PAG 02.3 - Investigating a property of plastic
- PAG 03.1 - Determination of resistivity
- PAG 03.2 - Investigating electrical characteristics
- PAG 03.3 - Determining internal resistance and maximum power of a cell
- PAG 04.1 - Investigating resistance
- PAG 04.2 - Investigating circuits several sources of emf
- PAG 04.3 - Using non-ohmic devices as sensors
- PAG 05.1 - Determining the wavelength of light using a diffraction grating
- PAG 05.2 - Determining the speed of sound
- PAG 05.3 - Determining frequency and amplitude with an oscilloscope
- PAG 05.4 - Determining wavelength using diffraction from a CD
- PAG 06.1 - Determining the Planck constant
- PAG 06.2 - Experiments with light
- PAG 06.3 - Experiments with polarisation
- PAG 07.1 - Observing radioactive decay's random nature
- PAG 07.2 - Investigating the absorption of ionising radiation
- PAG 07.3 - Determine half-life using an ionisation chamber
- PAG 08.1 - Estimate a value for absolute zero
- PAG 08.2 - Investigating the relationship between pressure and volume
- PAG 08.3 - Estimating work done by a gas when temperature increases
- PAG 09.1 - Investigating charging and discharging of capacitors
- PAG 09.2 - Investigating capacitors in series and parallel
- PAG 09.3 - Investigating capacitance
- PAG 10.1 - Investigating factors affecting SHM
- PAG 10.2 - Observing forced and damped oscillations
- PAG 10.3 - Comparison of methods of determining spring stiffness
- PAG 11.1 - Investigating transformers
- PAG 11.2 - Determining specific heat capacity
- PAG 11.3 - Determining the magnetic field of a magnet
Flashcards:
- PAG 01.1 Comparing Methods of Determining g
- PAG 01.2 Investigating Terminal Velocity
- PAG 01.3 Investigating Initial Speed and Stopping Distance
- PAG 02.1 Determining Young Modulus
- PAG 02.2 Investigating Springs in Series and Parallel
- PAG 02.3 Investigating a Property of a Plastic
- PAG 03.1 Determination of Resistivity
- PAG 03.2 Investigating Electrical Characteristics
- PAG 03.3 Determining Internal Resistance and Maximum Power of a Cell
- PAG 04.1 Investigating Electrical Circuits
- PAG 04.2 Investigating Circuits with Several Sources of EMF
- PAG 04.3 Using Non-Ohmic Devices as Sensors
- PAG 05.1 Determining the Wavelength of Light Using a Diffraction Grating
- PAG 05.2 Determining the Speed of Sound Using a Resonant Tube
- PAG 05.3 Determining Frequency and Amplitude with an Oscilloscope
- PAG 05.4 Determining Wavelength Using Diffraction from a CD
- PAG 06.1 Determining the Planck Constant
- PAG 06.2 Experiments with Light
- PAG 06.3 Experiments with Polarisation
- PAG 07.1 Observing the Random Nature of Radioactive Decay
- PAG 07.2 Investigating the Absorption of Ionising Radiation
- PAG 07.3 Determine Half-Life Using an Ionisation Chamber
- PAG 08.1 Estimating a Value for Absolute Zero
- PAG 08.2 Investigating the Relationship Between Pressure and Volume
- PAG 08.3 Estimating the Work Done by a Gas when Temperature Increases
- PAG 09.1 Investigating Charging and Discharging Capacitors
- PAG 09.2 Investigating Capacitors in Series and Parallel
- PAG 09.3 Investigating Capacitance
- PAG 10.1 Investigating Factors Affecting SHM
- PAG 10.2 Observing Forced and Damped Oscillations
- PAG 10.3 Comparison of Methods of Determining Spring Stiffness
- PAG 11.1 Investigating Transformers
- PAG 11.2 Determining Specific Heat Capacity
- PAG 11.3 Determining the Magnetic Field of a Magnet
- PAG 12.2 Preparing a Scientific Research Presentation
- PAG 12.3 How Science Works Report