Force

OpenStax

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0.1 What is force ?

0.2 Context of newton’s laws of motion

0.3 Force as a vector quantity

0.4 System of forces

0.5 Effects of force

0.6 Force has no past or future

0.7 Major classifications

0.8 Newton’s laws of motion and motion types

0.9 Generalization of newton’s laws of motion

0.10 Unifying theories

1 Newton's first law of motion

2 Newton's second law of motion

3 Newton’s third law of motion

4 Fundamental force types

5 Other force types

6 Analysis framework for laws of motion

7 Free body diagram (application)

8 Resolution of forces (application)

9 Balanced force system

10 Balanced force system (application)

11 Unbalanced force system

12 Unbalanced force system (application)

13 String and spring

14 Spring (application)

15 Incline plane

0.1 Static pulley

0.2 Moving pulley

0.3 Combination or multiple pulley system

1 Pulleys(application-i)

2 Pulleys (application - ii)

3 Working with moving pulleys

4 Working with moving pulleys (application)

1 Friction (application)

2 Features of friction force

3 Working with friction (application)

4 Motion on rough incline plane

5 Motion on rough incline plane (application)

6 Induced motion on rough incline plane

7 Induced motion on rough incline (application)

8 Friction between horizontal surfaces

9 Friction between horizontal surfaces (application)

Motion in accelerated frame

Force analysis in accelerated frame

1 Force analysis in accelerated frame (check your understanding)

2 Motion in accelerated frame (application)

3 Motion on accelerated incline plane(application)

Circular motion

Dynamics of circular motion

0.1 Centripetal force

0.2 Direction of centripetal force and circular trajectory

0.3 Force analysis of uniform circular motion

0.4 Uniform circular motion in horizontal plane

0.5 Motion of a space shuttle

0.6 Horizontal circular motion in a rotor

0.7 Force analysis of non-uniform circular motion

0.8 Vertical circular motion

0.9 Vertical motion of a particle attached to a string

1 Motion along curved path

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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