Video resources

"Crash Course Physics" videos

Entire Crash Course Physics playlist on YouTube

Please note: videos that are crossed out are interesting but are not in the AP Physics 2 curriculum.

1. Fluids

• Fluids at Rest (#14)

• Fluids in Motion (#15)

2. Thermodynamics

• Temperature and the Ideal Gas Law (#20)

• Kinetic Theory and Phase Changes (#21)

• The Physics of Heat (#22)

• Thermodynamics (#23)

• Engines (#24)

3. Electric Force, Field, and Potential (Electrostatics)

• Electric Charge (#25)

• Electric Fields (#26)

• Voltage, Electric Energy, and Capacitors (#27)

4. Electric Circuits

• Electric Current (#28)

• DC Resistors & Batteries (#29)

• Circuit Analysis (#30)

• Capacitors and Kirchhoff (#31)

5. Magnetism and Electromagnetism Induction

• Magnetism (#32)

• Ampère's Law (#33)

• Induction - An Introduction (#34)

• Maxwell's Equations (#37)

6. Geometric and Physical Optics

• Geometric Optics (#38)

• Light Is Waves (#39)

• Spectra Interference (#40)

• Optical Instruments (#41)

7. Quantum, Atomic, and Nuclear Physics

• Nuclear Physics (#45)

• Quantum Mechanics - Part 1 (#43)

• Quantum Mechanics - Part 2 (#44)

"Bozeman Science" videos

Entire AP Physics 2 Bozeman Science playlist

Please note: These may or may not be in proper order! -c

1. Fluids

• Density 

• Gravitational Forces 

• Bernoulli's Equation 

• Continuity Equation

2. Thermodynamics

• Thermal Conductivity 

• Internal Energy  

• Kinetic & Potential Energy    

• Work & Power  

• Heat  

• Thermodynamics & P-V Diagrams 

• Conservation of Linear Momentum  

• Elastic & Inelastic Collisions 

• Gas Pressure  

• Kinetic Theory & Temperature  

• Ideal Gas Law  

• Thermal Equilibrium  

• Second Law of Thermodynamics

3. Electric Force, Field, and Potential (Electrostatics)

• Forces  

• Interaction Forces  

• Newton's Third Law  

• Vector Sum of Forces  

• Free-Body Diagrams   

• Calculating the Electric Force 

• Electromagnetic Forces 

• Vector Field  

• Scalar Field  

• Electric Force  

• Electric Field Strength    

• Electric Field of a Sphere

• Electric Field of a Dipole  

• Electric Field of Parallel Lines 

• Electric Permittivity 

• Contour Lines  

• Equipotential Lines  

• Average Value of the Electric Field   

• Electrostatic Induction  

• Conservation of Electric Charge 

• Electric Charge  

• Positive & Negative Charge  

4. Electric Circuits

• Resistivity 

• Resistors & Capacitors   

• Electric Circuits 

• Kirchoff's Loop Rule 

• Kirchoff's Junction Rule 

5. Magnetism and Electromagnetism Induction

• Magnetic Permeability  

• Magnetic Dipole Moment 

• Magnetic Force  

• Magnetic Field of a Wire  

• Magnetic Field of a Dipole  

• Magnetic Domains 

• Measuring the Magnetic Force 

• Magnetic Properties  

• Electromagnetic Induction   

6. Geometric and Physical Optics

• Transverse & Longitudinal Waves 

• Mechanical & Electromagnetic Waves 

• Wave Diffraction  

• Interference Patterns  

• Diffraction Effects   

• Light (Absorp/Reflect/Trans)  

• Specular Reflection 

• Refraction of Light  

• Ray Diagrams - Mirrors    

• Ray Diagrams - Lenses  

7. Quantum, Atomic, and Nuclear Physics

• Fundamental Particles   

• Atomic Nucleus  

• The Bohr Atom  

• Emissions/Absorption Spectra 

• Wavelength  

• Wave Equation 

• Electromagnetic Radiation  

• Electromagnetic Waves  

• Photons  

• Wave-Particle Duality of Light  

• Matter as a Particle  

• Matter as a Wave

• Objects  

• Elementary Charge  

• E=mc2  

• Mass & Energy 

• Wave-Particle Duality - Part 1

• Wave-Particle Duality - Part 2 

• Strong Nuclear Force 

• Conservation of Nucleon Number

• Conservation of Charge in Reaction 

• Wave Function  

• Wave Model of an Electron  

• Half-Life & Radioactive Decay  

• Stimulated Emission  

College Board AP Physics 2 videos

Entire AP Physics 2 College Board playlist

1. Fluids

• 1.2, 1.4 Density and Free-Body Diagrams with Fluids

• 1.5 Buoyancy

• 1.6 Conservation of Energy in Fluid Flow

• 1.7 Conservation of Mass Flow Rate in Fluids

2. Thermodynamics

• 2.2 Pressure, Thermal Equilibrium, and the Ideal Gas Law

• 2.6 Heat and Energy Transfer

• 2.7 Internal Energy and Energy Transfer

• 2.11 Probability, Thermal Equilibrium, and Entropy

3. Electric Force, Field, and Potential (Electrostatics)

• 3.2-3.4 Electric Charge and Charge Distribution

• 3.6-3.8 Electric Forces and Free-Body Diagrams

• 3.9, 3.11-12 Electromagnetic Forces, Electric Fields, and Isolines

• 3.11, 3.13 Electric Charges, Fields, and Energy

• 3.11 Capacitors

4. Electric Circuits

• 4.1 Definition and Conservation of Electric Charge

• 4.3 Resistance and Capacitance

• 4.4-4.5 Kirchoff's Loop Rule and Junction Rule

5. Magnetism and Electromagnetism Induction

• 5.2, 5.5 Magnetic Permeability and Dipole Moment, Magnetic Fields and Forces, [Part 1]

• 5.5-5.6 Magnetic Fields and Forces

• 5.8 Magnetic Flux [Part 2]

• Magnetic Forces with Special Guest, Emily Calandrelli

6. Geometric and Physical Optics

• 6.1 The Wave Nature of Light, 6.2 Electromagnetic Waves

• 6.4: Refraction

• 6.5 Images from Lenses and Mirrors

• 6.6 Interference and Diffraction

7. Quantum, Atomic, and Nuclear Physics

• 7.1 Systems and Fundamental Forces

• 7.2 Radioactive Decay

• 7.5-7.6 Properties of Waves and Particles, and the Photoelectric Effect

• 7.5 Properties of Waves and Particles