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PHYS 204: Physics for Scientists and Engineers I Report a Broken Link

Unit 1

Introduction

Fundamental Units

Units and Dimensions

Dimensions

Measurement Uncertainty

Dimensional Analysis

Conclusion

Unit 2

Introduction

Average Velocity

Average Speed

Instantaneous Velocity and Speed

 Average Speed of a Bullet

Average Acceleration

Instantaneous Acceleration

Example 1

Example 2

Free Fall

Freely Falling Objects

Conclusion

Unit 3

Introduction

Adding and Subtracting Vectors

Components of a Vector

Conclusion

Unit 4

Introduction

Projectile Motion: Introduction

Projectile Motion: Part 1

Projectile Motion: Part 2

Projectile Motion: Part 3

Projectile Motion (Review)

Conclusion

Unit 5

Introduction

Newton’s First Law

Newton’s Second Law

Newton’s Third Law

Free Fall — Apple vs Earth

Application of Newton’s Laws: Zero Net Force

Application of Newton’s Laws: Pulling Block Down

Weight in an Elevator

The Atwood Machine

Weightlessness

Fall and Bounce on a Scale

Weightless Flights

Forces of Friction: Part 1

Forces of Friction: Part 2

Forces of Friction: Part 3

Forces of Friction: Part 4

Effects of Reducing Friction

Discussion of Newton’s Second Law

Discussion of Newton’s Third Law

Conclusion

Unit 6

Introduction

Uniform Circular Motion

Centripetal Force

Centripetal Acceleration 1

Centripetal Acceleration 2

Artificial Gravity

Nonuniform Circular Motion

Uniform Circular Motion (Review)

Human Centrifuge (Review)

Conclusion

Unit 7

Introduction

Potential and Kinetic Energies

Scalar Product

Work Energy Theorem 1

Work Energy Theorem 2

Work Energy Theorem 3

Scalar-Product (Review)

Conclusion

Unit 8

Introduction

Conservation of Mechanical Energy

Conservation of Methodical Energy — Applications

Conservation of Methodical Energy — Pendulum

Power

Work Energy Theorem and Friction (Review)

Conclusion

Unit 9

Introduction

Linear Momentum

Inelastic Collisions 1

Inelastic Collisions 2

Inelastic Collisions 3

Collisions in General

Elastic Collision in 1

Elastic Collision in 2

Centre of Mass: Part 1

Centre of Mass: Part 2

Centre of Mass: Part 3

Elastic Collisions in 1D — Centre of Mass

Inelastic Collisions in 1D

Ballistic Pendulum

Impulse

Tennis-Basketball Problem 22

Rocket Demo

Conservation of Momentum: Review

Elastic Collision Simulation: Part 1

Elastic Collision Simulation: Part 2

Elastic Collision Simulation: Part 3

Elastic Collision Simulation: Part 4

Elastic Collision Simulation: Part 5

Conclusion

Unit 10

Introduction

Rotational Kinematics

Moment of Inertia

Parallel Axis Theorem

Rotational Kinetic Energy — Flywheel

Rolling Motion

Conclusion

Unit 11

Introduction

Vector Product

Vector Product (Review)

Angular Momentum — Point Object

Angular Momentum — Rigid Object

Conservation of Angular Momentum 1

Conservation of Angular Momentum 2

Conservation of Angular Momentum 3

Gyroscopes

Conclusion

Unit 12

Introduction

Static Equilibrium 1

Static Equilibrium 2

Static Equilibrium 3

Elastic Properties of Solids 1

Elastic Properties of Solids 2

Conclusion

Unit 13

Introduction

Universal Law of Gravitational

Gravitational Potential Energy

Kepler’s Laws

Escape Velocity

Sattelite Motion

Conclusion