Conceptual Dynamics Part II Kinematics Chapter 2 Kinematics

Solving Rectilinear Problems l Most rectilinear problems can be solved using the following defining

Solving Rectilinear Problems l If you need to solve problems in the reverse direction:

Solving Rectilinear Problems l Constant acceleration equations

Example 2. 2 -1 l Given: Position s(t) l Find: Velocity v(t) l Equation?

Example 2. 2 -1 l Given: Velocity v(t) l Find: Position s(t) l Equation?

Example 2. 2 -1 l Given: Acceleration a(t) l Find: Velocity v(t) l Equation?

Example 2. 2 -1 l Given: Position s(t) l Find: Acceleration a(t) l Equation?

Example 2. 2 -1 l Given: Acceleration a(s) l Find: Velocity v(s) l Equation?

Example 2. 2 -1 l Given: Velocity v(s) l Find: Position s(t) l Equation?

Examples Problems EP 2. 2 -2 (Video) EP 2. 2 -3 (Video) EP 2.

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Conceptual Dynamics Part II: Kinematics Chapter 2 Kinematics of Particles Rectilinear Motion Solving Rectilinear Problems

Solving Rectilinear Problems l Most rectilinear problems can be solved using the following defining relationships. l Used to solve problems in the forward direction: s → v → a

Solving Rectilinear Problems l If you need to solve problems in the reverse direction: a → v → s

Solving Rectilinear Problems l Constant acceleration equations

Example 2. 2 -1 l Given: Position s(t) l Find: Velocity v(t) l Equation? : l Answer:

Example 2. 2 -1 l Given: Velocity v(t) l Find: Position s(t) l Equation? : l Answer:

Example 2. 2 -1 l Given: Acceleration a(t) l Find: Velocity v(t) l Equation? : l Answer:

Example 2. 2 -1 l Given: Position s(t) l Find: Acceleration a(t) l Equation? : l Answer:

Example 2. 2 -1 l Given: Acceleration a(s) l Find: Velocity v(s) l Equation? : l Answer:

Example 2. 2 -1 l Given: Velocity v(s) l Find: Position s(t) l Equation? : l Answer:

Examples Problems EP 2. 2 -2 (Video) EP 2. 2 -3 (Video) EP 2. 2 -4