Curriculum
IB Physics HL
Theme A — Space, Time and Motion
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Theme A — Space, Time and Motion
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A.1 Kinematics
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IB Physics HL A.1 Kinematics — IB HL Notes - Past paper MCQ
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A.1.1 Distance and Displacement
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A.1.1 Distance and Displacement - Check yourself
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A.1.2 Speed and Velocity
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A.1.2 Speed and Velocity - Check yourself
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A.1.3 Acceleration
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A.1.3 Acceleration - Check yourself
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A.1.4 Kinematic Equations
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A.1.4 Kinematic Equations - Check yourself
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A.1.5 Motion Graphs
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A.1.5 Motion Graphs - Check yourself
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A.1.6 Projectile Motion
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A.1.6 Projectile Motion - Check yourself
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A.1.7 Fluid Resistance
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A.1.7 Fluid Resistance - Check yourself
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A.1.8 Terminal Speed
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A.1.8 Terminal Speed - Check yourself
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A.2 Forces and Momentum
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IB Physics HL A.2 Forces and Momentum — IB HL Notes - Past paper MCQ
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A.2.1 Free-Body Diagrams
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A.2.1 Free-Body Diagrams - Check yourself
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A.2.2 Newton’s First Law
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A.2.2 Newton’s First Law - Check yourself
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A.2.3 Newton’s Second Law
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A.2.3 Newton’s Second Law - Check yourself
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A.2.4 Newton’s Third Law
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A.2.4 Newton’s Third Law - Check yourself
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A.2.5 Contact Forces
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A.2.5 Contact Forces - Check yourself
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A.2.6 Non-Contact Forces
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A.2.6 Non-Contact Forces - Check yourself
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A.2.7 Frictional Forces
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A.2.7 Frictional Forces - Check yourself
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A.2.8 Hooke's Law
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A.2.8 Hooke's Law - Check yourself
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A.2.9 Stoke's Law
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A.2.9 Stoke's Law - Check yourself
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A.2.10 Buoyancy
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A.2.10 Buoyancy - Check yourself
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A.2.11 Conservation of Linear Momentum
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A.2.11 Conservation of Linear Momentum - Check yourself
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A.2.12 Impulse and Momentum
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A.2.12 Impulse and Momentum - Check yourself
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A.2.13 Force and Momentum
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A.2.13 Force and Momentum - Check yourself
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A.2.14 Collisions and Explosions in One-Dimension
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A.2.14 Collisions and Explosions in One-Dimension - Check yourself
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A.2.15 Collisions and Explosions in Two-Dimensions
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A.2.15 Collisions and Explosions in Two-Dimensions - Check yourself
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A.2.16 Angular Velocity
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A.2.16 Angular Velocity - Check yourself
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A.2.17 Centripetal Force
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A.2.17 Centripetal Force - Check yourself
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A.2.18 Centripetal Acceleration
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A.2.18 Centripetal Acceleration - Check yourself
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A.2.19 Non-Uniform Circular Motion
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A.2.19 Non-Uniform Circular Motion - Check yourself
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A.3 Work, Energy and Power
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IB Physics HL A.3 Work, Energy and Power — IB HL Notes - Past paper MCQ
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A.3.1 Principle of Conservation of Energy
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A.3.1 Principle of Conservation of Energy - Check yourself
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A.3.2 Sankey Diagrams
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A.3.2 Sankey Diagrams - Check yourself
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A.3.3 Work Done
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A.3.3 Work Done - Check yourself
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A.3.4 Kinetic Energy
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A.3.4 Kinetic Energy - Check yourself
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A.3.5 Gravitational Potential Energy
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A.3.5 Gravitational Potential Energy - Check yourself
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A.3.6 Elastic Potential Energy
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A.3.6 Elastic Potential Energy - Check yourself
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A.3.7 Conservation of Mechanical Energy
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A.3.7 Conservation of Mechanical Energy - Check yourself
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A.3.8 Energy and Power
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A.3.8 Energy and Power - Check yourself
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A.3.9 Efficiency Formula
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A.3.9 Efficiency Formula - Check yourself
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A.3.10 Energy Density
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A.3.10 Energy Density - Check yourself
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A.4 Rigid Body Mechanics
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IB Physics HL A.4 Rigid Body Mechanics — IB HL Notes - Past paper MCQ
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A.4.1 Torque and Couples
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A.4.1 Torque and Couples - Check yourself
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A.4.2 Rotational Equilibrium
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A.4.2 Rotational Equilibrium - Check yourself
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A.4.3 Angular Displacement, Velocity and Acceleration
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A.4.3 Angular Displacement, Velocity and Acceleration - Check yourself
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A.4.4 Angular Acceleration Formula
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A.4.4 Angular Acceleration Formula - Check yourself
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A.4.5 Moment of Inertia
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A.4.5 Moment of Inertia - Check yourself
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A.4.6 Newton’s Second Law for Rotation
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A.4.6 Newton’s Second Law for Rotation - Check yourself
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A.4.7 Angular Momentum
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A.4.7 Angular Momentum - Check yourself
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A.4.8 Angular Impulse
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A.4.8 Angular Impulse - Check yourself
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A.4.9 Rotational Kinetic Energy
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A.4.9 Rotational Kinetic Energy - Check yourself
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A.5 Galilean and Special Relativity
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IB Physics HL A.5 Galilean and Special Relativity — IB HL Notes - Past paper MCQ
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A.5.1 Reference Frames
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A.5.1 Reference Frames - Check yourself
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A.5.2 Galilean Relativity
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A.5.2 Galilean Relativity - Check yourself
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A.5.3 Postulates of Special Relativity
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A.5.3 Postulates of Special Relativity - Check yourself
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A.5.4 Lorentz Transformations
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A.5.4 Lorentz Transformations - Check yourself
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A.5.5 Velocity Addition Transformations
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A.5.5 Velocity Addition Transformations - Check yourself
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A.5.6 Space-Time Interval
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A.5.6 Space-Time Interval - Check yourself
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A.5.7 Time Dilation
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A.5.7 Time Dilation - Check yourself
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A.5.8 Length Contraction
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A.5.8 Length Contraction - Check yourself
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A.5.9 Simultaneity in Special Relativity
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A.5.9 Simultaneity in Special Relativity - Check yourself
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A.5.10 Space-Time Diagrams
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A.5.10 Space-Time Diagrams - Check yourself
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A.5.11 Muon Lifetime Experiment
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A.5.11 Muon Lifetime Experiment - Check yourself
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Theme B — The Particulate Nature of Matter
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Theme C — Wave Behaviour
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Theme D — Fields
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Theme E — Nuclear and Quantum Physics
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Tools and Inquiry — IB Physics skills
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