Lectures in MOTION IN TWO DIMENSIONS
Lecture 1: Independent Motion In X And Y
Lecture 2: Projectile Motion
Lecture 3: Projectile Upward Angle
Lecture 4: Projectile Downward Angle
Lecture 5: Finding The Range: A General Approach
Lecture 6: Finding The Range: An Example
Lecture 7: Example 2: Clearing The Wall
Lecture 8: Example 3: Clearing The Wall
Lecture 9: Example 4: The Cannon
Lecture 10: Finding The Height: A General Approach
Lecture 11: Finding The Height: An Example
Lecture 12: Example 1: Plane Dropping Object
Lecture 13: Example 2: Landing On A Slope
Lecture 14: Example 3: Landing On A Slope
Lecture 15: Example 4: Motorcycle Jump
Lecture 16: Circular Motion And Acceleration
Lecture 17: Circular Motion And Acceleration
Lecture 18: Tangential And Centripetal Acceleration
Lecture 19: Tangential And Centripetal Acceleration
Lecture 20: Vector Notation In 2D
Lecture 21: Vector Notation In 3D
Lecture 22: Projectile Motion (1 Of 4)
Lecture 23: Projectile Motion (2 Of 4)
Lecture 24: Projectile Motion (3 Of 4)
Lecture 25: Projectile Motion (4 Of 4)
Lecture 26: Projectile Motion On An Incline Example 1
Lecture 27: Projectile Motion On An Incline Example 2
Lecture 28: Projectile Motion On An Incline General Example
Lecture 29: Projectile Motion On An Incline Negative Slope
Lecture 30: Projectile Motion On An Incline: Missing The Target (Part 1)
Lecture 31: Projectile Motion On An Incline: Missing The Target (Part 2)
Lecture 32: 2-D Motion: Final Velocity=? (Example 2)
Lecture 33: Finding The Angle - Simple Case
Lecture 34: Finding The Angle - Simple Case: Example
Lecture 35: Finding The Angle - Different Height
Lecture 36: Finding The Angle - Different Height: Example