These revision resources are best used in conjunction with the Yr11 CSP1: Physics Mock Review sheets and Yr11 CSP1 Mock Exams
Identify what you need to revise then click on the relevant links below to bring up guidance on the content alongside a question for you to try and a model answer to check your answer against.
These revision resources are suitable for EdExcel Combined Science Physics Paper 1
Edexcel Combined Sciences: Physics Paper 1 Year 11 Mock
Foundation tier
- Q1 (a) Interpreting velocity-time graphs (downloadable PDF)
- Q1 (b) Using the equation F = m × a (downloadable PDF)
- Q2 (a) (i) Interpreting energy transfer diagrams (downloadable PDF)
- Q2 (a) (ii) Calculating efficiency (downloadable PDF)
- Q2 (a) (iv) Advantages and disadvantages of energy resources (downloadable PDF)
- Q2 (b) Using the equation KE = 1/2 × m ×v2 (downloadable PDF)
- Q3 (a) (i) How ions are formed (downloadable PDF)
- Q3 (a) (ii) Forms of ionising radiation (downloadable PDF)
- Q3 (d) Calculating ratios (downloadable PDF)
- Q4 (a) (i) Typical speeds of everyday objects (downloadable PDF)
- Q4 (a) (ii) Calculating gravitational potential energy changes (downloadable PDF)
- Q4 (b) Using a rearranged form of v2 – u2=2 × a × x (downloadable PDF)
- Q4 (c) Analysing investigations involving motion of trolleys (downloadable PDF)
- Q5 (a) Colours of visible light and their relative wavelengths (downloadable PDF)
- Q5 (b) Properties of different electromagnetic waves (downloadable PDF)
- Q5 (c) (i) Interpreting waveform diagrams (downloadable PDF)
- Q5 (c) (ii) Properties of transverse vs longitudinal waves (downloadable PDF)
- Q5 (d) Calculating wave speed (downloadable PDF)
- Q6 (a) Atomic structure including isotopes (downloadable PDF)
- Q6 (b) Measuring radiation and sources of background radiation (downloadable PDF)
- Q6 (c) Half life calculations (downloadable PDF)
- Q6 (d) Describing how the model of the atom changed over time (downloadable PDF)
Higher tier
- Q1 (a) Colours of visible light and their relative wavelengths (downloadable PDF)
- Q1 (b) Properties of different electromagnetic waves (downloadable PDF)
- Q1 (c) (i) Interpreting waveform diagrams (downloadable PDF)
- Q1 (c) (ii) Properties of transverse vs longitudinal waves (downloadable PDF)
- Q1 (d) Calculating wave speed (downloadable PDF)
- Q2 (a) Atomic structure including isotopes (downloadable PDF)
- Q2 (b) Measuring radiation and sources of background radiation (downloadable PDF)
- Q2 (c) Half life calculations (downloadable PDF)
- Q2 (d) Sources of nuclear radiation (downloadable PDF)
- Q3 (a) Analysing investigations involving motion of trolleys (downloadable PDF)
- Q3 (b) Calculations requiring values taken from a graph (downloadable PDF)
- Q3 (c) Planning an investigation involving the speed of an object (downloadable PDF)
- Q4 (a) and (b) Analysing investigations involving sound waves (downloadable PDF)
- Q4 (c) Predicting the path of a refracted wave (downloadable PDF)
- Q4 (d) Calculations requiring multiple steps (downloadable PDF)
- Q5 (a) Describing and explaining circular motion (downloadable PDF)
- Q5 (c) (i) Identifying when to use v2 – u2=2 × a × x (downloadable PDF)
- Q5 (c) (ii) Identifying when to use a = (v-u) ÷ t (downloadable PDF)
- Q6 (a) Properties of different electromagnetic waves (downloadable PDF)
- Q6 (b) Calculating ratios (downloadable PDF)
- Q6 (c) Understanding the relationship between frequency and wavelength (downloadable PDF)
- Q6 (d) Sources of electromagnetic radiation (downloadable PDF)