Simple harmonic motion questions
Calculate periods, signed acceleration, speed and energy; use the small-angle pendulum model.
Available practice for A-level Physics.
Calculate periods, signed acceleration, speed and energy; use the small-angle pendulum model.
Distinguish field strength from potential; use centre distances, charge signs and circular orbits.
Calculate expected activity, subtract background and interpret half-life and natural-log gradients.
Resolve forces, balance moments and distinguish force from torque.
Calculate work and power, conserve signed momentum and compare collision energies.
Solve series, parallel and mixed networks; calculate charge, energy and power.
Calculate phase, fringe spacing and string harmonics; add wave displacements.
Convert prefixes, squared and cubed units. Write numbers in standard form.
Work with absolute and percentage uncertainty, repeated readings and timing.
Choose when to add absolute uncertainties, add percentages or include powers.
Choose an equation, rearrange it and convert the units before calculating.
Read scales, plot points and use gradients and intercepts in Physics.
Check limiting lines against error bars, then find absolute and percentage uncertainty.
Read the sleeve and thimble, correct zero errors and record measurements.
Read main and vernier scales, correct signed zero errors and find resolution.
Read voltage amplitude, peak-to-peak voltage, period, frequency and phase difference.
Choose equations and solve constant-acceleration problems with signs, braking and vertical motion.
Convert line density, calculate wavelength and angles, and check allowed diffraction orders.
Calculate outputs, choose a resistor and predict LDR, thermistor and loading effects.
Process wire measurements, find resistivity from a resistance–length graph and evaluate uncertainty.
Use terminal voltage and current data to find emf, internal resistance and load power.
Calculate stress, strain and Young modulus from wire dimensions and force–extension data.
Process repeated timings, find g from squared-time graphs and evaluate timing errors.
Calculate capacitor discharge, interpret log-linear graphs and find capacitance and time constants.