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IB
Physics
IB · Standard Level
Standard Level
Study multiple subtopics
Build your own quiz
Build your own deck
Build your own paper
Build your own deck
Build your own deck
Study multiple subtopics
Build your own quiz
Build your own deck
Build your own paper
Build your own deck
Build your own deck
Notes
Notes
Quiz
Quiz
Flashcards
Flashcards
Overall progress:
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Overall progress:
Expand all
Topic 1
- Space, Time & Motion: Kinematics
1.1 - Speed, Distance & Time
1.2 - Motion Graphs
1.3 - Projectile Motion
1.4 - Terminal Velocity
Topic 2
- Space, Time & Motion: Forces & Momentum
2.1 - Newton's Laws Of Motion
2.2 - Resolving Forces
2.3 - Friction
2.4 - Hooke's Law
2.5 - Viscous Drag & Buoyancy
2.6 - Momentum
2.7 - Circular Motion
2.8 - Centripetal Force & Acceleration
Topic 3
- Space, Time & Motion: Work, Energy & Power
3.1 - Work Done
3.2 - Kinetic Energy & Potential Energy
3.3 - Power & Efficiency
3.4 - Energy Density of Fuels
Topic 4
- The Particulate Nature of Matter: Thermal Energy Transfers
4.1 - Density
4.2 - The Temperature Scale
4.3 - Specific Heat Capacity
4.4 - Specific Latent Heat
4.5 - Stefan & Wien's Laws
4.6 - Conduction
4.7 - Convection
Topic 5
- The Particulate Nature of Matter: Greenhouse Effect
5.1 - Emissivity
5.2 - Albedo
5.3 - Greenhouse Gases
5.4 - The Greenhouse Effect
Topic 6
- The Particulate Nature of Matter: Gas Laws
6.1 - Pressure
6.2 - Experimental Gas Laws
6.3 - Ideal Gas Equation
6.4 - Kinetic Theory Of Gases
Topic 7
- The Particulate Nature of Matter: Current & Circuits
7.1 - Current, Charge & Time
7.2 - Potential Difference & Power
7.3 - Resistance In Series & Parallel
7.4 - Resistivity
7.5 - I-V Characteristics
7.6 - EMF & Internal Resistance
7.7 - Variable Components
7.8 - Potential Dividers
Topic 8
- Wave Behaviour: Simple Harmonic Motion
8.1 - Simple Harmonic Motion
8.2 - Simple Harmonic Systems
8.3 - Energy In Simple Harmonic Systems
Topic 9
- Wave Behaviour: Wave Model
9.1 - Transverse & Longitudinal Waves
9.2 - Electromagnetic Waves
Topic 10
- Wave Behaviour: Wave Phenomena
10.1 - Reflection, Refraction & Total Internal Refleciton
10.2 - Superposition Of Waves
10.3 - Young's Double Slit Interference
Topic 11
- Wave Behaviour: Standing Waves & Resonance
11.1 - Standing Waves
11.2 - Standing Waves In Air Columns
11.3 - Forced Vibrations & Resonance
11.4 - Damped Oscillations
Topic 12
- Wave Behaviour: The Doppler Effect
12.1 - The Doppler Effect
Topic 13
- Fields: Gravitational Fields
13.1 - Kepler's Laws
13.2 - Uniform & Radial Fields
13.3 - Newton's Law Of Gravitation
13.4 - Gravitational Field Strength
Topic 14
- Fields: Electric & Magnetic Fields
14.1 - Coulomb's Law
14.2 - Electric Field Strength
14.3 - Magnetic Fields
14.4 - Millikan's Oil Drop Experiment
Topic 15
- Fields: Motion in Electromagnetic Fields
15.1 - Moving Charges In Fields
15.2 - Fleming's Left Hand Rule
15.3 - Force Between Parallel Wires
Topic 16
- Nuclear & Quantum Physics: Structure of the Atom
16.1 - Structure Of The Atom
16.2 - Rutherford's Alpha Particle Scattering
16.3 - Photons
16.4 - Excitation & Ionisation
Topic 17
- Nuclear & Quantum Physics: Radioactive Decay
17.1 - Binding Energy
17.2 - Alpha, Beta, Gamma
17.3 - Radioactive Decay
Topic 18
- Nuclear & Quantum Physics: Fission
18.1 - Nuclear Fission
18.2 - Nuclear Reactor
Topic 19
- Nuclear & Quantum Physics: Fusion & Stars
19.1 - Nuclear Fusion
19.2 - The Hertzsprung-Russell Diagram
19.3 - Stellar Parallax
19.4 - Stellar Evolution
