FKM Kompass

Practice

LevelsL0L1L2L3

ConceptsL3 AC circuits and impedanceL3 Aerosols and particulate measurementL3 Ampère's lawL2 Atmospheric and ocean physicsL0 Atoms and the nucleusL3 Band theory of solidsL3 Basics of molecular quantum mechanicsL2 Beats and superpositionL3 Bernoulli's equationL3 Bifurcations and the loss of stabilityL3 The Biot–Savart lawL3 Birefringence and wave platesL3 Blackbody radiation and Planck's lawL3 Bragg diffraction and crystal structure determinationL3 Brownian motion and the Stokes–Einstein relationL1 Buoyancy and Archimedes' principleL3 Canonical transformations and Hamilton–Jacobi theoryL2 CapacitanceL3 Central force motion and orbitsL2 Centre of massL1 Centripetal forceL2 Charged particle motion: mass spectrometry and cyclotronsL2 Combining uncertaintiesL2 Compton scatteringL3 Conservation laws in particle interactionsL2 Conservation of energyL2 Conservation of momentumL1 Coulomb's lawL3 Coupled and driven oscillatorsL3 Critical phenomena and continuous phase transitionsL3 Crystal structure and latticesL2 Damped oscillationsL2 Dark matter and galactic structureL2 The de Broglie wavelengthL3 Deterministic chaos and Lyapunov exponentsL2 Dielectrics and capacitor energyL2 Diffraction gratingsL2 Dispersion and chromatic effectsL1 Displacement, velocity and accelerationL2 Drag and terminal velocityL2 Elastic and inelastic collisionsL0 Electric charge and currentL3 Electric dipole radiationL1 Electric fieldsL2 Electric motors, generators and thermoelectric effectsL2 Electric potential and potential energyL1 Electric power and Joule heatingL2 Electromagnetic inductionL3 Electromagnetic waves in mediaL3 Electromagnetic wavesL3 Entropy and the second lawL3 Expectation values and measurementL3 Fine structure and spin-orbit couplingL3 Fixed points and phase-plane stabilityL2 Fluid continuity and flow rateL3 Free energy and spontaneityL3 Fresnel equations and Brewster's angleL1 FrictionL3 Gauss's lawL3 General relativity and cosmological modelsL2 Graphing and linearisation of dataL3 Hamiltonian mechanicsL1 Heat transfer mechanismsL2 Heisenberg's uncertainty principleL2 Hubble's law and the expanding universeL2 Ideal gas lawL3 Inductance and RL circuitsL2 Interference and diffractionL2 Internal energy and the first lawL2 Ionizing radiation detection and dosimetryL2 Kepler's laws of planetary motionL2 Kinetic theory of gasesL2 Kirchhoff's laws and circuit analysisL3 Lagrangian mechanicsL3 Lasers and stimulated emissionL3 The laws of thermodynamicsL3 LC and RLC oscillationsL3 Least-squares fitting and linear regressionL3 Length contractionL1 Lenses and focal lengthL3 Limit cycles and Poincaré sectionsL3 Liouville's theorem and phase spaceL2 The Lorentz forceL3 Lorentz transformationsL1 Magnetic fieldsL2 Magnetic materials and ferromagnetic hysteresisL3 Markov chains and the memoryless propertyL3 Maxwell's thermodynamic relationsL3 Maxwell's equationsL3 Mean free path and vacuum regimesL0 Measurement, precision and accuracyL3 Microstates and multiplicityL2 The Millikan oil-drop experiment and the elementary chargeL2 Moment of inertia and rotational dynamicsL1 Momentum and impulseL3 Newtonian gravitationL1 Newton's first lawL1 Newton's second lawL1 Newton's third lawL3 Noether's theorem and symmetriesL3 Non-inertial frames and fictitious forcesL3 Nonholonomic constraints and Lagrange multipliersL3 Nonlinear optics and harmonic generationL2 Nuclear binding energyL2 Nuclear fission and fusionL3 Nuclear reactions and threshold energyL3 Nuclear shell model, spin and parityL3 Operators and observablesL2 Optical instruments and magnificationL3 Optical resolution and the Rayleigh criterionL3 Particle in a boxL2 Pascal's principle and hydraulicsL1 Phase transitionsL2 Photodetectors: PMTs and CCDsL2 The photoelectric effectL1 Photons and quantaL0 Physical quantities and unitsL2 Piezoelectric and ferroelectric materialsL2 Plate tectonics and Earth's interiorL2 Polarization of lightL3 Postulates of special relativityL3 Potential steps and finite wellsL1 Pressure in fluidsL1 Projectile motionL3 Propagation of uncertainty through functionsL3 Quantum confinement and low-dimensional materialsL3 The Heisenberg picture and time-dependent perturbation theoryL3 Quantised energy levels in atomsL3 Quantum numbers and atomic orbitalsL3 Quantum statistics: Fermi-Dirac and Bose-EinsteinL3 Quantum tunnelingL2 Radioactive decay modesL1 Radioactivity and half-lifeL2 Radiometric and photometric quantitiesL2 Raman and fluorescence spectroscopyL3 Random walks and diffusionL2 Rayleigh and Mie scatteringL3 RC and RL circuit transientsL3 Real gases and the van der Waals equationL0 Reflection and refractionL3 Relativistic momentum and energyL3 Relativistic velocity additionL3 Relativity of simultaneityL1 Resistivity and conductivityL2 ResonanceL3 Reynolds number and turbulenceL2 Rolling motionL2 Rotational kinetic energyL1 Scalars and vectorsL3 Semiconductors and dopingL2 SI definitions, traceability and calibrationL3 Signals and Fourier analysisL1 Significant figuresL1 Simple harmonic motionL1 Snell's lawL2 Solar system formation and planetary astronomyL1 Sound waves and intensityL3 Spacetime and four-vectorsL1 Specific heat capacityL3 SpectroscopyL0 Speed and motionL3 Spin and angular momentum in quantum mechanicsL3 Standing wavesL1 Static equilibriumL3 The statistical definition of entropyL3 Statistical distributions in measurementL2 Stellar classification and the Hertzsprung-Russell diagramL2 Stellar evolution and compact objectsL3 SuperconductivityL2 Surface tension and capillarityL0 Temperature and heatL3 The Carnot cycle and heat enginesL2 The Doppler effectL3 The equipartition theoremL2 The greenhouse effect and planetary energy balanceL2 The Hall effectL3 The hydrogen atom and atomic structureL2 The Maxwell-Boltzmann distributionL3 The Michelson interferometerL3 The partition functionL3 The Pauli exclusion principleL3 The Poynting vectorL3 The quantum harmonic oscillatorL3 The relativistic Doppler effectL3 The Schrödinger equationL3 The Standard Model of particle physicsL3 The wave equationL3 The Zeeman effect and Stern-Gerlach experimentL1 Thermal expansionL2 Thermionic emission and vacuum tube devicesL2 Thermodynamic processesL2 Thévenin and Norton equivalent circuitsL3 Thin-film deposition and growthL2 Thin-film interferenceL3 Time dilationL2 Torque and angular momentumL2 Total internal reflectionL2 Transformers and AC power distributionL1 Uncertainty and errorL1 Uniform circular motionL3 Viscosity and Poiseuille flowL1 Voltage and resistanceL2 Wave energy and powerL3 The wave nature of lightL2 Wave-particle dualityL1 Wave properties: amplitude, wavelength and frequencyL2 Wavefunctions and probabilityL0 Waves and oscillationsL1 Work and energyL2 X-rays and their production

Modeconceptformulamixed

Answer formatmultiple-choicefree-entry

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