FKM Kompass

Practice

LevelsL0L1L2L3

ConceptsL0 Atoms and the nucleusL2 CapacitanceL2 Combining uncertaintiesL2 Conservation of energyL2 Conservation of momentumL1 Displacement, velocity and accelerationL0 Electric charge and currentL1 Electric fieldsL2 Electromagnetic inductionL3 Electromagnetic wavesL3 Entropy and the second lawL2 Ideal gas lawL2 Interference and diffractionL2 Kinetic theory of gasesL3 The laws of thermodynamicsL1 Lenses and focal lengthL1 Magnetic fieldsL0 Measurement, precision and accuracyL1 Momentum and impulseL3 Newtonian gravitationL1 Newton's first lawL1 Newton's second lawL1 Newton's third lawL1 Phase transitionsL2 The photoelectric effectL1 Photons and quantaL0 Physical quantities and unitsL2 Polarization of lightL3 Propagation of uncertainty through functionsL3 Quantised energy levels in atomsL1 Radioactivity and half-lifeL0 Reflection and refractionL2 ResonanceL1 Scalars and vectorsL1 Significant figuresL1 Simple harmonic motionL1 Snell's lawL1 Specific heat capacityL0 Speed and motionL3 Standing wavesL0 Temperature and heatL1 Thermal expansionL2 Total internal reflectionL1 Uncertainty and errorL1 Voltage and resistanceL3 The wave nature of lightL2 Wave-particle dualityL1 Wave properties: amplitude, wavelength and frequencyL0 Waves and oscillationsL1 Work and energy

Modeconceptformulamixed

Answer formatmultiple-choicefree-entry

Item count