Kinematics: Motion in a Straight Line
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Motion in a Straight Line | Displacement and Position (10:23)
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Average Velocity & Average Speed: Which formula to use? (15:25)
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Instantaneous Velocity: Derivation from Average Velocity (17:26)
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Average Acceleration & Instantaneous Acceleration | Velocity Time Graphs (20:39)
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Equations of Motion & Uniform Acceleration: Derivation of Equations (17:15)
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Acceleration Due to Gravity: The Mechanics of Falling Objects (17:19)
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Graphical Integration: Area Under the Curve in Velocity Time Graph (10:47)
Vectors in Physics
Motion in Two Dimensions
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What is position vector and displacement vector (8:08)
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Average Velocity and Instantaneous Velocity (10:33)
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Average Acceleration & Instantaneous Acceleration (10:06)
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Projectile Motion: Derivation of Projectile Motion Equations (14:28)
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Circular Motion Physics: What are the Three Main Equations of Circular Motion (7:29)
Physics Numerical Navigator: Solutions Explored
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Kinematics of a car in motion (5:43)
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Ball projected against the force of gravity (5:15)
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Hot air balloon and packet falling under gravity (3:06)
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Aeroplane and the parachutist under the force of gravity (6:00)
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Motion of a particle moving in a straight line (5:05)
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Kinematics of two cars moving on the same track (3:53)
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Kinematics of a man at various times (7:07)
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Average velocity of a man in 2 part journey (4:57)
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Ball falling in a valley (4:38)
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Wrench falling under gravity (4:57)
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Falling ball and the window (6:04)
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Running man and area under the velocity time graph (3:06)
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Distance covered in 3rd second (7:09)
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Velocity of two particles (3:28)
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Rick's displacement vector (4:48)
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Magnitude of vector B (3:00)
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Angle between two vectors using Dot Product (1:58)
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Motion of an electron in two dimensions (3:13)
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Aeroplanes path in two dimensions (4:43)
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Motion in one vs. two dimensions (3:16)
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Projectile motion of an angry bird (4:07)
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Projectile motion of a bomb from a plane (4:13)
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Projectile motion of a ball thrown on a wall (5:26)
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Car on a circular path (5:09)
