Physics A-level Revision Pack includes over 30 Pages of quick questions on the NEW Physics A-Level.
It tests students' fundamental knowledge in a short, easy and effective way.
The questions are written by an OCR B A-Level Physics student, with the idea that the answers are easily and rapidly found in any revision guide or textbook.
Would be suitable for all syllabuses - this pack tests purely Scientific and Practical knowledge.
Example questions:
- Give the formula for calculating the activity of a radioactive sample:
- What factors affect time taken to charge/discharge a capacitor?
- Describe how energy is transferred between kinetic and potential energy for a simple-harmonic oscillator:
- What happens to the gravitational potential energy when a mass is moved between two
different distances from the centre of a radial gravitational field? Why?
- How is a star’s absorption spectrum produced?
- What does the rate of expansion of the universe depend on?
- Describe a method to measure specific heat capacity:
- Draw the flux around a bar magnet:
- Give 4 similarities between electric fields and gravitational fields:
It tests students' fundamental knowledge in a short, easy and effective way.
The questions are written by an OCR B A-Level Physics student, with the idea that the answers are easily and rapidly found in any revision guide or textbook.
Would be suitable for all syllabuses - this pack tests purely Scientific and Practical knowledge.
Example questions:
- Give the formula for calculating the activity of a radioactive sample:
- What factors affect time taken to charge/discharge a capacitor?
- Describe how energy is transferred between kinetic and potential energy for a simple-harmonic oscillator:
- What happens to the gravitational potential energy when a mass is moved between two
different distances from the centre of a radial gravitational field? Why?
- How is a star’s absorption spectrum produced?
- What does the rate of expansion of the universe depend on?
- Describe a method to measure specific heat capacity:
- Draw the flux around a bar magnet:
- Give 4 similarities between electric fields and gravitational fields:
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