timestamps

• 0:00

  Position Velocity Acceleration Relationships

• 2:08

  Derivatives for Velocity and Acceleration

• 3:11

  Integrals for Velocity and Position

• 4:15

  First Example Position Function

• 5:17

  Finding Velocity Function

• 6:18

  When Velocity is Zero

• 6:50

  Particle Moving Right Analysis

• 10:01

  Second Example Acceleration Function

• 11:04

  Derivative to Acceleration

• 13:18

  Firework Gravity Example

• 14:52

  Integrate Acceleration to Velocity

• 16:56

  Integrate Velocity to Position

• 20:35

  Solve for Striking Ground

• 23:46

  Mass on Spring Example

• 24:18

  Velocity from Position Derivative

• 25:19

  When Mass Changes Direction

• 28:03

  Direction at t=π

• 30:46

  Velocity vs Speed Difference

• 36:40

  Acceleration Given Find Velocity

• 38:14

  Apply Initial Velocity Condition

• 39:50

  Distance Traveled Calculation

• 41:54

  Velocity Roots and Intervals

• 44:03

  Setup Absolute Value Integrals

• 48:21

  Integrate and Evaluate

• 55:32

  Speed Increasing Decreasing Discussion

• 57:12

  Positive Velocity Acceleration Scenario

• 1:00:03

  Summary Speed Signs

• 1:01:08

  Last Problem Acceleration at t=2

• 1:02:09

  Speed Increasing or Decreasing

• 1:04:52

  Closing Remarks and Next Stream