Physics Flashcards
A.1.1 Describing motion quantitatively and qualitatively1 deck23 cards
A.1.2 Equations of motion1 deck11 cards
A.1.3 Projectile motion1 deck14 cards
A.1.4 Fluid resistance (qualitative only)1 deck15 cards
A.2.1 Newton's Laws of Motion1 deck15 cards
A.2.2 Linear momentum and impulse1 deck12 cards
A.2.3 Collisions and explosions1 deck17 cards
A.2.4 Circular motion1 deck17 cards
A.3.1 Conservation of energy1 deck21 cards
A.3.2 Work and energy transfer1 deck17 cards
A.3.3 Power and efficiency1 deck16 cards
A.4.1 Torque and rotational motion (HL only)1 deck16 cards
A.4.2 Moment of inertia (HL only)1 deck15 cards
A.4.3 Conservation of angular momentum (HL only)1 deck16 cards
A.5.1 Galilean relativity (HL only)1 deck18 cards
A.5.2 Postulates of special relativity (HL only)1 deck21 cards
A.5.3 Lorentz transformations (HL only)1 deck21 cards
A.5.4 Space-time diagrams (HL only)1 deck21 cards
B.1.1 Understanding thermal energy transfer mechanisms1 deck10 cards
B.1.2 Phase changes and energy transfer1 deck18 cards
B.1.3 Mechanisms of thermal energy transfer1 deck22 cards
B.2.1 Conservation of energy in Earth’s atmosphere1 deck20 cards
B.2.2 Greenhouse gases and infrared absorption1 deck22 cards
B.3.1 Kinetic theory and gas behavior1 deck20 cards
B.3.2 Microscopic basis for macroscopic behavior1 deck18 cards
B.4.1 First law of thermodynamics (HL only)1 deck19 cards
B.4.2 Entropy and system evolution (HL only)1 deck19 cards
B.4.3 Thermodynamic processes and heat engines (HL only)1 deck19 cards
B.5.1 Energy Sources and Circuit Representation1 deck17 cards
B.5.2 Electrical Current and Voltage1 deck13 cards
B.5.3 Resistance and Resistivity1 deck22 cards
B.5.4 Power and Resistor Configurations1 deck21 cards
B.5.5 Electric Cells and Variable Resistors1 deck18 cards
C.1.1 Defining and analyzing simple harmonic motion1 deck18 cards
C.1.2 Time period of oscillatory systems1 deck15 cards
C.1.3 Energy transformations in oscillations (HL only)1 deck20 cards
C.2.1 Classification of waves1 deck22 cards
C.2.2 Nature of wave propagation1 deck16 cards
C.3.1 Reflection, refraction, and diffraction1 deck15 cards
C.3.2 Interference of waves1 deck15 cards
C.3.3 Diffraction and interference patterns (HL only)1 deck20 cards
C.4.1 Formation and properties of standing waves1 deck19 cards
C.4.2 Standing wave patterns in systems1 deck19 cards
C.4.3 Resonance in oscillatory systems1 deck13 cards
C.4.4 Damping effects1 deck18 cards
C.5.1 Understanding the Doppler effect1 deck15 cards
C.5.2 Quantitative description of frequency shifts (HL only)1 deck17 cards
D.1.1 Laws and properties of gravitational fields1 deck18 cards
D.1.2 Orbital motion and Kepler’s laws1 deck15 cards
D.1.3 Gravitational potential energy and potential (HL only)1 deck17 cards
D.1.4 Energetics of orbits and escape velocity (HL only)1 deck17 cards
D.2.1 Electric field properties and laws1 deck19 cards
D.2.2 Magnetic field properties and laws1 deck18 cards
D.2.3 Applications of electric and magnetic fields1 deck20 cards
D.2.4 Electric potential and work (HL only)1 deck19 cards
D.3.1 Charged particle motion in electric fields1 deck22 cards
D.3.2 Charged particle motion in magnetic fields1 deck20 cards
D.3.3 Magnetic forces on moving charges and current-carrying conductors1 deck20 cards
D.4.1 Principles of electromagnetic induction (HL only)1 deck9 cards
D.4.2 Applications of electromagnetic induction (HL only)1 deck15 cards
E.1.1 Historical models and experimental evidence1 deck14 cards
E.1.2 Evidence from atomic spectra1 deck19 cards
E.1.3 Properties of nuclei and high-energy scattering (HL only)1 deck20 cards
E.1.4 Bohr model and quantized energy levels (HL only)1 deck19 cards
E.2.1 Wave–particle duality (HL only)1 deck18 cards
E.2.2 De Broglie wavelength and diffraction (HL only)1 deck22 cards
E.3.1 Stability and binding energy1 deck19 cards
E.3.2 Types of radioactive decay1 deck18 cards
E.3.3 Quantitative analysis of decay (HL only)1 deck21 cards
E.4.1 Mechanisms of nuclear fission1 deck19 cards
E.4.2 Nuclear reactors1 deck18 cards
E.5.1 Nuclear fusion in stars1 deck18 cards
E.5.2 Evolution of stars1 deck24 cards
E.5.3 Measuring stellar properties1 deck15 cards