GRE Subject Test · GRE Physics

Vous vous êtes trompé ? Ouvrez les notes pour ce sujet.

• 1 1CM · Classical mechanics
• 2 2EM · Electromagnetism
• 3 3WO · Waves and optics
• 4 4TS · Thermodynamics and statistical mechanics
• 5 5QM · Quantum mechanics and atomic physics
• 6 6RA · Relativity, laboratory methods and specialised topics
• 7 7AT · Atomic spectra and selection rules
• 8 8SN · Solid-state, nuclear and particle models
• 9 9AH · Hamiltonian mechanics and astrophysical scaling
• 10 10CM.1 · Collisions, work and oscillator energy
• 11 11CM.2 · Rotation, buoyancy and terminal-speed balances
• 12 12CM.3 · Coupled acceleration and relative motion
• 13 13EM.1 · Electrostatic superposition, flux and conductors
• 14 14EM.2 · Circuit power, induction and charged-particle motion
• 15 15EM.3 · Maxwell waves, energy flow and boundary conditions
• 16 16WO.1 · Acoustic Doppler echoes and standing-wave boundaries
• 17 17WO.2 · Optical instruments, path differences and refraction
• 18 18WO.3 · Fourier symmetry and wave superposition
• 19 19TS.1 · Gas processes, entropy and reversible cycles
• 20 20TS.2 · Speed distributions and statistical ensembles
• 21 21LM.1 · Counting statistics, uncertainty and dimensional models
• 22 22RA.1 · Relativistic lifetime, energy and Doppler shift
• 23 23AT.1 · Photoelectrons, reduced mass and atomic excitation
• 24 24QM.1 · Scattering, degeneracy and Pauli operators
• 25 25SN.1 · Nuclear binding, particle families and Hall carriers
• 26 26CM.4 · Constraints, variational equations and cyclic coordinates
• 27 27CM.5 · Accelerating and rotating reference frames
• 28 28CM.6 · Fluid continuity, pressure energy and viscous flow
• 29 29EM.4 · Polarisation, magnetisation and material fields
• 30 30EM.5 · RC and RL transients, impedance and resonance
• 31 31WO.4 · Polarisation, analyser chains and phase
• 32 32WO.5 · Diffraction envelopes and missing interference orders
• 33 33WO.6 · Signed lens and mirror images
• 34 34TS.3 · Thermal transport, calorimetry and expansion
• 35 35TS.4 · Partition derivatives, energy fluctuations and heat capacity
• 36 36TS.5 · Quantum occupations and limits of equipartition
• 37 37QM.2 · Weak perturbations and degenerate subspaces
• 38 38QM.3 · Exchange symmetry, spin pairs and Pauli exclusion
• 39 39QM.4 · Finite-well bound states and hydrogenic quantum numbers
• 40 40AT.2 · Atomic field shifts and spectral differences
• 41 41AT.3 · Thermal spectra and one-electron scaling
• 42 42RA.2 · Simultaneity, length measurement and velocity transformation
• 43 43LM.2 · Measurement loading, amplifier gain and detector response
• 44 44LM.3 · Radiation attenuation, laser gain and cavity modes
• 45 45SN.2 · Bragg diffraction and electron-gas heat capacity
• 46 46SN.3 · Reaction energies, activity and decay balances
• 47 47MM.1 · Coordinate operators, separated modes and stable updates