Practice questions
A free sample of Brainlag Learn questions. Choose a course, then filter by topic and difficulty. Each question opens in Learn, where it is marked and explained.
1415 questions
| Practice questions | Topic | Difficulty |
|---|---|---|
| How kinetic energy scales with speed and mass | GCSE Physics: Energy stores, transfers and efficiency | 1 mark |
| Energy is never used up | GCSE Physics: Energy stores, transfers and efficiency | 2 marks |
| Gravitational potential energy gained | GCSE Physics: Energy stores, transfers and efficiency | 2 marks |
| Height from gravitational potential energy in kJ | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Mass from gravitational potential energy | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Elastic potential energy with the extension in cm | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Spring constant from stored energy | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Falling: GPE becomes kinetic energy | GCSE Physics: Energy stores, transfers and efficiency | 5 marks |
| Spring launch: elastic energy becomes kinetic energy | GCSE Physics: Energy stores, transfers and efficiency | 6 marks |
| How high a swing can rise | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Energy stores of a falling ball | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Energy in a swinging pendulum | GCSE Physics: Energy stores, transfers and efficiency | 1 mark |
| Estimating gravitational potential energy | GCSE Physics: Energy stores, transfers and efficiency | 1 mark |
| Energy to warm something, in kJ | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Temperature rise from energy supplied | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Specific heat capacity from measurements | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Mass of water heated | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Which material warms up most | GCSE Physics: Energy stores, transfers and efficiency | 1 mark |
| Required practical: specific heat capacity variables | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Required practical: specific heat capacity from results | GCSE Physics: Energy stores, transfers and efficiency | 6 marks |
| Required practical: specific heat capacity from a graph | GCSE Physics: Energy stores, transfers and efficiency | 5 marks |
| Plan the specific heat capacity practical (6 marks) | GCSE Physics: Energy stores, transfers and efficiency | 6 marks |
| Required practical: repeats, anomaly and mean | GCSE Physics: Energy stores, transfers and efficiency | 5 marks |
| Power from energy in kJ and time in minutes | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Energy from power and time | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Work done lifting, then power | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
| Comparing two kettles | GCSE Physics: Energy stores, transfers and efficiency | 5 marks |
| What power means | GCSE Physics: Energy stores, transfers and efficiency | 1 mark |
| A power station's energy in standard form | GCSE Physics: Energy stores, transfers and efficiency | 3 marks |
| Estimating the power of a person running upstairs | GCSE Physics: Energy stores, transfers and efficiency | 4 marks |
Questions are shared by every board that teaches the topic.