Kinematics

OpenStax

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0.1 We require an observer to identify motion

0.2 Frame of reference and observer

0.3 We need to change our mind set

0.4 Is there an absolute frame of reference?

0.5 Motion types

1 Coordinate systems in physics

2.1 Distance – time plot

4.1 What is a vector?

4.2 Vector algebra

4.3 Unit vector

4.4 Other important vector terms

4.5 Null vector

4.6 Negative vector

4.7 Co-planar vectors

4.8 Axial vector

4.9 Why should we study vectors?

5 Vector addition

5.1 Vector addition : graphical method

5.2 Triangle law

5.3 Parallelogram law

5.4 Polygon law

5.5 Subtraction

5.6 Vector addition : analytical method

5.7 Nature of vector addition

5.8 Vector sum and difference

5.9 Lami's theorem

6 Components of a vector

6.1 Components of a vector

6.2 Planar components of a vector

6.3 Representation of a vector in component form

6.4 Vector addition : algebraic method

7 Scalar (dot) product

7.1 Multiplication with scalar

7.2 Products of vectors

7.3 Scalar product (dot product)

7.4 Angle between vectors

7.5 Meaning of scalar product

7.6 Values of scalar product

7.7 Scalar product in component form

7.8 Component as scalar (dot) product

7.9 Attributes of scalar (dot) product

7.10 Law of cosine and dot product

7.11 Differentiation and dot product

8 Scalar product (application)

9 Vector (cross) product

10 Vector product (application)

11 Position vector

12 Displacement

13.1 Distance .vs. time plots

13.2 Average speed

13.3 Instantaneous speed (v)

13.4 Speed - time plot

13.5 Position - time plot

15 Rectilinear motion

16 Rectilinear motion (application)

17 Understanding motion

17.1 Similarities and differences

18 Velocity (application)

1 Understanding acceleration

2 Acceleration and deceleration

3 Accelerated motion in one dimension

4 Constant acceleration

5 Constant acceleration (application)

6 One dimensional motion with constant acceleration

6.1 Constant acceleration

6.2 Equation of motion for one dimensional motion with constant acceleration

6.3 Motion under gravity

6.4 Additional equations of motion

6.5 Displacement in a particular second

6.6 Average acceleration

6.7 Interpretation of equations of motion

6.8 Constant acceleration (force) is applied in the direction of velocity

6.9 Constant acceleration (force) is applied in the opposite direction of

7 Graphs of motion with constant acceleration

8 Vertical motion under gravity

9 Vertical motion under gravity (application)

10 Non-uniform acceleration

Relative motion

Relative velocity in one dimension

0.1 Relative motion in one dimension

0.2 Position of the point object

0.3 Velocity of the point object

0.4 Acceleration of the point object

0.5 Interpretation of the equation of relative velocity

0.6 Equation with reference to earth

0.7 Order of subscript

0.8 Evaluating relative velocity by making reference object stationary

0.9 Direction of relative velocities

0.10 Relative velocity .vs. difference in velocities

0.11 Relative acceleration

0.12 Worked out problems

0.13 Check your understanding

1 Relative velocity in one dimension(application)

2 Relative velocity in two dimensions

3 Relative velocity in two dimensions (application)

4 Resultant motion

4.1 Understanding motion in a medium

4.2 Resultant motion

4.3 Resultant velocity and relative velocity

4.4 Relative velocity with respect to a medium

4.5 Identifying velocities

4.6 Resultant velocity and relative velocity are equivalent concepts

5 Analysing motion in a medium

5.1 Concept of independence of motion

5.2 Motion of boat in a stream

5.3 Resultant velocity

5.4 Time to cross the stream

5.5 Drift of the boat

5.6 Special cases

5.7 Shortest interval of time to cross the stream

5.8 Direction to reach opposite point of the stream

5.9 The velocity to reach opposite point of the stream

5.10 Shortest path

5.11 Motion of an object in a medium

6 Resultant motion (application)

Accelerated motion in two dimensions

5 Projectile motion

Projectile motion

5.1 Projectile motion (application)

5.2 Features of projectile motion

5.3 Features of projectile motion (application)

5.4 Projectile motion types

5.5 Projectile motion types (application)

5.6 Projectile motion on an incline

5.7 Projectile motion on an incline (application)

5.8 Relative motion of projectiles

5.9 Collision of projectiles

6 Circular motion

Uniform circular motion

6.1 Uniform circular motion (application)

6.2 Circular motion and rotational kinematics

6.3 Circular motion and rotational kinematics (application)

6.4 Accelerated motion in two dimensions

6.5 Transformation of graphs

6.6 Non-uniform circular motion

6.7 Non – uniform circular motion(application)

6.8 Circular motion with constant acceleration

6.9 Circular motion with constant acceleration (application)

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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