Physics for k-12

OpenStax

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Why yet another course in physics?

1 What is physics?

Units of measurement

1 Dimensional analysis

2 Errors in measurement

3 Working with errors

4 Significant figures

1.1 Coordinate systems in physics

1.5 Vector addition

1.6 Components of a vector

1.7 Scalar (dot) product

1.8 Scalar product (application)

1.9 Vector (cross) product

1.10 Vector product (application)

1.11 Position vector

1.12 Displacement

1.15 Rectilinear motion

1.16 Rectilinear motion (application)

1.17 Understanding motion

1.18 Velocity (application)

2.1 Understanding acceleration

2.2 Acceleration and deceleration

2.3 Accelerated motion in one dimension

2.4 Constant acceleration

2.5 Constant acceleration (application)

2.6 One dimensional motion with constant acceleration

2.7 Graphs of motion with constant acceleration

2.8 Vertical motion under gravity

2.9 Vertical motion under gravity (application)

2.10 Non-uniform acceleration

3 Relative motion

Relative velocity in one dimension

3.1 Relative velocity in one dimension(application)

3.2 Relative velocity in two dimensions

3.3 Relative velocity in two dimensions (application)

3.4 Resultant motion

3.5 Analysing motion in a medium

3.6 Resultant motion (application)

4 Accelerated motion in two dimensions

4.5 Projectile motion

4.6 Circular motion

7.8 Laws of motion

7.11 Motion in accelerated frame

7.12 Circular motion

13.1 Work and energy

13.2 Work and energy (application)

13.3 Work - kinetic energy theorem

13.4 Work - kinetic energy theorem (application)

13.5 Work by gravity

13.6 Work by spring force

13.7 Work by gravity and spring force (check your understanding)

13.8 Conservative force

13.9 Potential energy

13.10 Absolute potential energy

13.11 Conservation of energy

13.12 Conservation of energy in mechanical process

13.13 Conservation of mechanical energy

13.14 Conservation of energy (application)

14 System of particles

14.1 Center of mass and rigid bodies

14.2 Center of mass (check your understnading)

14.3 Laws of motion and system of particles

14.4 Laws of motion and system of particles (check your understanding)

14.5 Conservation of linear momentum

17 Rotational dynamics

17.19 Rolling motion

17.20 Angular motion

21.1 Nature of equilibrium

2 Gravity (application)

3 Gravitational potential energy

4 Gravitational field

5 Gravitational field due to rigid bodies

5.1 Gravitational field of rigid bodies

5.2 Gravitational field due to a uniform circular ring

5.3 Position of maximum gravitational field

5.4 Gravitational field due to thin spherical shell

5.5 Evaluation of integral for the whole shell

5.6 Gravitational field due to uniform solid sphere

5.7 Gravitational field at an inside point

6 Gravitational field (application)

7 Gravitational potential

8 Gravitational potential due to rigid body

9 Gravitational potential (application)

10 Artificial satellites

11 Projection in gravitational field

12 Projection in gravitational field (application)

12.1 Representative problems and their solutions

12.3 Vertical projection

12.4 Escape velocity

13 Two body system - linear motion

14 Two body system - circular motion

15 Planetary motion

Source: OpenStax, Physics for k-12. OpenStax CNX. Sep 07, 2009 Download for free at http://cnx.org/content/col10322/1.175

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