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3.14: Velocity and Position by Integral Method 01:13 min
3.14: Velocity and Position by Integral Method
3.13: Velocity and Position by Graphical Method 01:34 min
3.13: Velocity and Position by Graphical Method
3.12: Free-falling Bodies: Example 01:05 min
3.12: Free-falling Bodies: Example
3.11: Free-falling Bodies: Introduction 01:07 min
3.11: Free-falling Bodies: Introduction
3.10: Kinematic Equations: Problem Solving 01:15 min
3.10: Kinematic Equations: Problem Solving
3.9: Kinematic Equations – III 01:18 min
3.9: Kinematic Equations – III
3.8: Kinematic Equations – II 01:17 min
3.8: Kinematic Equations – II
3.7: Kinematic Equations – I 01:26 min
3.7: Kinematic Equations – I
3.6: Instantaneous Acceleration 01:16 min
3.6: Instantaneous Acceleration
3.5: Average Acceleration 01:30 min
3.5: Average Acceleration
3.4: Instantaneous Velocity – II 01:10 min
3.4: Instantaneous Velocity – II
3.3: Instantaneous Velocity – I 01:15 min
3.3: Instantaneous Velocity – I
3.2: Average Velocity 01:12 min
3.2: Average Velocity
3.1: Position and Displacement 01:31 min
3.1: Position and Displacement
2.9: Vector Product (Cross Product) 01:17 min
2.9: Vector Product (Cross Product)
2.8: Scalar Product (Dot Product) 01:11 min
2.8: Scalar Product (Dot Product)
2.7: Vector Algebra: Method of Components 01:08 min
2.7: Vector Algebra: Method of Components
2.6: Vector Algebra: Graphical Method 01:10 min
2.6: Vector Algebra: Graphical Method
2.4: Polar and Cylindrical Coordinates 01:22 min
2.4: Polar and Cylindrical Coordinates
2.3: Vector Components in the Cartesian Coordinate System 01:29 min
2.3: Vector Components in the Cartesian Coordinate System
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