A digital guide to the process of problem solving which highlights strengths and weaknesses,
explains mistakes, reminds you about definitions and helps to clarify concepts. Check out our
Introductory network to see it in action.
Mathematical requirements Sketching graphs Trigonometry Rearranging equations Radians Substitution Logarithms Linear graphs Graphs Vectors Mechanics Kinematics Distance and displacement Velocity and speed Linear acceleration suvat Acceleration due to gravity projectile motion Forces Examples of forces Balancing forces Momentum and impulse Newton´s second law Newton´s third law Conservation of momentum Work and energy Collisions Kinetic energy Potential energy Conservation of energy Force vs displacement graphs Power Circular motion Examples of circular motion Centripetal force Gravity Newton´s universal law Orbits Uniform field Thermal physics Gases Pressure law Boyle´s law Charle´s law Ideal gas equation Thermal concepts Particle model Internal energy Temperature Heat Heat transfer Change of state Oscillations Equations for SHM Phase Mass on a spring Simple pendulum SHM and energy Waves Graphical representation of a wave Light Sound waves Waves in a slinky Waves in a string Wave basics Electricity Electric fields Electric potential Electrical energy Field strength Electric field lines Coulombs law Electric circuits Internal resistance Current Parallel resistors EMF Resistance Ohm's law Series resistors Potential difference Resistivity Magnetism Moving charges in a B field Force on a current carrying conductor Fields due to currents Magnets Magnetic field Atomic, nuclear and particles Atomic Nuclear Particles Energy production and transfer Fuels
Analytical Skills Calculating a value Interpreting graphs Interpreting circuit diagrams Memorising Rearranging equations Sketching graphs
Easy Moderate Difficult Core HL only Option