Newton's Laws of Motion
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Newton's first law of motion (7:27)
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Newton's Second Law of Motion: Relationship between Force, Mass & acceleration (10:34)
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The 4 Must-Know Forces (to Solve Problems on Newton's Laws) (10:30)
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Free Body Diagram Physics: How to Analyze a Free Body Diagram? (12:47)
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How to Solve Inclined Plane Problems? Free Body Diagram (9:58)
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How to Calculate the Apparent Weight in an Elevator? (8:47)
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Newton's Third Law of Motion (How to Identify Action Reaction Pairs) (12:06)
Friction, Drag Force, Terminal Velocity and Circular Motion
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Static Friction and Kinetic Friction (8:45)
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Drag Force Physics & Expression for Terminal Velocity (6:07)
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What Causes Centripetal Acceleration? Key Concepts of Circular Motion (9:49)
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Understanding Banked Tracks and Circular Motion (5:09)
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Derivation of Conical Pendulum Equations (5:13)
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Can a Falling Coin Kill You - Terminal Velocity and Drag Force (5:58)
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Deep Dive: Banked Track and Maximum/ Minimum Velocity of Motion
Physics Numerical Problems & Solution
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Force on a Particle, Given its Position as a Function of Time (3:05)
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Analyzing a System of Masses Using Newton's Second Law (+Free Body Diagrams) (6:12)
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Forces and Acceleration in Two Dimensions (3:25)
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Applying Newton's Laws and Kinematics on an Inclined Plane (6:10)
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Understanding Elevator Physics: Tension in the Supporting Cable (3:14)
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Forces on an Inclined Plane (3:41)
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Analyzing Equilibrium and Forces using Newton's Laws of Motion (3:27)
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Analyzing Forces in a Vertical Chain through Newton's Second and Third Laws (6:58)
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Normal Force on a Box in an Elevator (3:41)
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Force Acting on Two Boxes and the Acceleration- Newton's Second Law (2:49)
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Force of Friction on a Box on a Horizontal Plane (3:01)
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Forces Acting on a Box Pulled up a Plane (6:34)
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Kinetic Friction in a 3-Block System (Newton's Second Law of Motion) (3:01)
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Understanding Forces and Friction in Physics (4:10)
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Normal Force on a Body in Vertical Circular Motion (5:21)
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Forces on a Car Moving in Vertical Circular Motion (3:23)
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Rotational Dynamics: Analyzing Tension and Centripetal Force in a Rotating System (5:43)
