University physics volume 1

OpenStax

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0.1 About openstax

0.2 About openstax resources

0.3 Customization

0.6 About University Physics

0.7 Coverage and scope

0.8 Pedagogical foundation

0.9 Assessments that reinforce key concepts

0.10 Additional resources

0.11 Student and instructor resources

0.12 Partner resources

0.13 About the authors

0.14 Senior contributing authors

0.15 Contributing authors

2 Conversion factors

3 Fundamental constants

4 Astronomical data

5 Mathematical formulas

7 The greek alphabet

Unit 1. mechanics

1 Units and measurement

1.1 The scope and scale of physics

1.2 Units and standards

1.3 Unit conversion

1.4 Dimensional analysis

1.5 Estimates and fermi calculations

1.6 Significant figures

1.7 Solving problems in physics

2.1 Scalars and vectors

2.2 Coordinate systems and components of a vector

2.3 Algebra of vectors

2.4 Products of vectors

3 Motion along a straight line

3.1 Position, displacement, and average velocity

3.2 Instantaneous velocity and speed

3.3 Average and instantaneous acceleration

3.4 Motion with constant acceleration

3.6 Finding velocity and displacement from acceleration

4 Motion in two and three dimensions

4.1 Displacement and velocity vectors

4.2 Acceleration vector

4.3 Projectile motion

4.4 Uniform circular motion

4.5 Relative motion in one and two dimensions

5 Newton's laws of motion

5.2 Newton's first law

5.3 Newton's second law

5.4 Mass and weight

5.5 Newton’s third law

5.6 Common forces

5.7 Drawing free-body diagrams

6 Applications of newton's laws

6.1 Solving problems with newton’s laws

6.3 Centripetal force

6.4 Drag force and terminal speed

7 Work and kinetic energy

7.2 Kinetic energy

7.3 Work-energy theorem

8 Potential energy and conservation of energy

8.1 Potential energy of a system

8.2 Conservative and non-conservative forces

8.3 Conservation of energy

8.4 Potential energy diagrams and stability

8.5 Sources of energy

9 Linear momentum and collisions

9.1 Linear momentum

9.2 Impulse and collisions

9.3 Conservation of linear momentum

9.4 Types of collisions

9.5 Collisions in multiple dimensions

9.6 Center of mass

9.7 Rocket propulsion

10 Fixed-axis rotation

10.1 Rotational variables

10.2 Rotation with constant angular acceleration

10.3 Relating angular and translational quantities

10.4 Moment of inertia and rotational kinetic energy

10.5 Calculating moments of inertia

10.7 Newton’s second law for rotation

10.8 Work and power for rotational motion

11 Angular momentum

11.1 Rolling motion

11.2 Angular momentum

11.3 Conservation of angular momentum

11.4 Precession of a gyroscope

12 Static equilibrium and elasticity

12.1 Conditions for static equilibrium

12.2 Examples of static equilibrium

12.3 Stress, strain, and elastic modulus

12.4 Elasticity and plasticity

13.1 Newton's law of universal gravitation

13.2 Gravitation near earth's surface

13.3 Gravitational potential energy and total energy

13.4 Satellite orbits and energy

13.5 Kepler's laws of planetary motion

13.6 Tidal forces

13.7 Einstein's theory of gravity

14 Fluid mechanics

14.1 Fluids, density, and pressure

14.2 Measuring pressure

14.3 Pascal's principle and hydraulics

14.4 Archimedes’ principle and buoyancy

14.5 Fluid dynamics

14.6 Bernoulli’s equation

14.7 Viscosity and turbulence

Unit 2. waves and acoustics

15 Oscillations

15.1 Simple harmonic motion

15.2 Energy in simple harmonic motion

15.3 Comparing simple harmonic motion and circular motion

15.5 Damped oscillations

15.6 Forced oscillations

16.1 Traveling waves

16.2 Mathematics of waves

16.3 Wave speed on a stretched string

16.4 Energy and power of a wave

16.5 Interference of waves

16.6 Standing waves and resonance

17.1 Sound waves

17.2 Speed of sound

17.3 Sound intensity

17.4 Normal modes of a standing sound wave

17.5 Sources of musical sound

17.7 The doppler effect

17.8 Shock waves

Source: OpenStax, University physics volume 1. OpenStax CNX. Sep 19, 2016 Download for free at http://cnx.org/content/col12031/1.5

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