A-Level Physics Revision Notes
Master complex physics concepts with our A-level physics revision notes. These notes are the perfect accompaniment to our A-Level Physics past papers, where you can test your knowledge and track your progress!
If you’d like to find out about further support, you can book a free consultation with one of our A-Level Physics Tutors.
Work, Energy and Power
Units of Rotary Motion
Uniform and Electric Fields
Trajectories
Stress, Strain, and Youngs Modulus
Standing Waves
Springs
Refraction and Internal Reflection
Quantum Calculations
Potential Dividers
Point Charges and Accelerating a Charge
Photoelectric Effect
Path Difference
Newtonian Gravity
Kirchhoff’s Laws
Interference
Heat Capacity
Gas Laws
Force and Momentum
Energy, Springs and Materials
Conservation and Momentum
Combinations of Resistors
Components of a Vector
Rearranging Equations
Derived and Base SI Units
Uniform Accelerated Motion in 1D
Adding Vectors
Centripetal Acceleration
Oscillations
Orbits
What exactly do Electromotive Force and Internal Resistance refer to?
FAQs
How can I improve my problem-solving skills for the A-Level Physics exam?
Practice is essential. Solve a variety of physics problems from textbooks, past papers, and online resources. Pay attention to different problem-solving strategies, such as breaking complex problems into smaller steps, and use these techniques during revision.
What are effective revision techniques for A-Level Physics formulas and equations?
Create flashcards with formulas on one side and the variables' meanings on the other. Regularly quiz yourself to reinforce memory. Apply the formulas to practical examples. For instance, when revising the equations of motion, calculate distances and velocities for different scenarios to understand how the formulas work in real-life situations.
Should I write my own A-Level Physics revision notes?
If you find that it will help you, it is a good idea to write your own notes. However, do not just copy words out of a textbook. It is a lot more effective to actively engage with the subject and you can do this by creating flashcards or quizzes from notes. Swapping them with friends helps to mix things up!
How can I understand abstract concepts like quantum mechanics or relativity?
Visual aids and analogies can help grasp abstract ideas. Use animations, diagrams, and videos to visualize quantum phenomena like wave-particle duality. Relate relativity to everyday experiences; for instance, explain time dilation using the analogy of a twin travelling in space and ageing differently from their stationary sibling.
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