AP Physics 1: Algebra-Based

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Classic View

Unit 1: Kinematics

Unit 2: Force and Translational Dynamics

Unit 3: Work, Energy, and Power

Unit 4: Linear Momentum

Unit 7: Oscillations

Unit 8: Fluids

Unit 1: Kinematics

KINEMATICS

Speed and Velocity

Prof. Derek Raine, Leicester University

KINEMATICS

Acceleration

Prof. Derek Raine, Leicester University

KINEMATICS

Graphical Representations and an Example

Prof. Derek Raine, Leicester University

KINEMATICS

Gravity and Freefall

Prof. Derek Raine, Leicester University

KINEMATICS

Projectile Motion in Two Dimensions

Prof. Derek Raine, Leicester University

Unit 2: Force and Translational Dynamics

INTRODUCTION TO MECHANICS

Distance, Speed, Time, and Acceleration

Prof. David Berman, QMUL

INTRODUCTION TO MECHANICS

Newton’s Three Laws of Motion

Prof. David Berman, QMUL

INTRODUCTION TO MECHANICS

Gravity

Prof. David Berman, QMUL

INTRODUCTION TO MECHANICS

Example of Newton’s Third Law

Prof. David Berman, QMUL

CLASSICAL MECHANICS – EDEXCEL (9PH0)

Introduction to Classical Mechanics

Prof. Derek Raine, Leicester University

CLASSICAL MECHANICS – EDEXCEL (9PH0)

Newton’s First Law of Motion

Prof. Derek Raine, Leicester University

CLASSICAL MECHANICS – EDEXCEL (9PH0)

Newton’s Second Law of Motion

Prof. Derek Raine, Leicester University

CLASSICAL MECHANICS – EDEXCEL (9PH0)

Newton’s Third Law of Motion

Prof. Derek Raine, Leicester University

Unit 3: Work, Energy, and Power

ENERGY

What is Energy?

Prof. Douglas Halliday, Durham University

ENERGY

Changes in Energy

Prof. Douglas Halliday, Durham University

ENERGY

The Conservation of Energy

Prof. Douglas Halliday, Durham University

ENERGY

Work

Prof. Douglas Halliday, Durham University

ENERGY

Power and Efficiency

Prof. Douglas Halliday, Durham University

Unit 4: Linear Momentum

INTRODUCTION TO MECHANICS

Momentum

Prof. David Berman, QMUL

CLASSICAL MECHANICS – EDEXCEL (9PH0)

Momentum

Prof. Derek Raine, Leicester University

Unit 7: Oscillations

WAVES

Hooke’s Law and Simple Harmonic Motion

Prof. Steven Balbus, University of Oxford

WAVES

Properties of Waves

Prof. Steven Balbus, University of Oxford

ELASTICITY AND OSCILLATIONS

Oscillations

Prof. Giles Hammond, Glasgow University

ELASTICITY AND OSCILLATIONS

Simple Harmonic Motion

Prof. Giles Hammond, Glasgow University

Unit 8: Fluids

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

The Kinetic Theory Model: Solids, Liquids, and Gases

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Density

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Changes in State

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Specific Heat Capacity and Specific Latent Heat

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Measuring Specific Heat Capacity and Specific Latent Heat

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Absolute Temperature: Kelvin

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Pressure in Gases

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Atmospheric Pressure and Pressure in Liquids

Dr Chris Bell, Bristol University

PROPERTIES OF MATTER – EDEXCEL (1PH0): HIGHER TIER

Experiments Involving Liquid Nitrogen in a Dewar Flask

Dr Chris Bell, Bristol University

Contents

Unit 1: Kinematics

Unit 2: Force and Translational Dynamics

Unit 3: Work, Energy, and Power

Unit 4: Linear Momentum

Unit 7: Oscillations

Unit 8: Fluids