Applications of Newton's Laws, Part 1: Inclines, AP Physics B

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Applications of Newton's Laws, Part 1: Inclines

For an object on a frictionless incline making an angle theta with the horizontal, the acceleration is g*sin(theta) and is directed down the incline.
On a rough incline, the force of friction always opposes the motion. The total acceleration for motion up a rough incline is different that the acceleration for motion down the incline.

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Table of Contents

I. Mechanics
	Introduction to Physics (Basic Math)	77:37
	Vector Addition	70:31
	Motion in One Dimension	79:35
	Kinematics Equation Of Calculus	59:00
	Freely Falling Objects	88:59
	Motion in Two Dimensions, Part 1	68:38
	Motion in Two Dimensions, Part 2: Circular Dimension	61:54
	Newton's Laws of Motion	89:51
	Applications of Newton's Laws, Part 1: Inclines	84:35
	Applications of Newton's Laws, Part 2: Strings and Pulleys	70:03
	Accelerating Frames	73:28
	Circular Motion, Part 1	61:15
	Circular Motion, Part 2	50:29
	Work	87:50
	Conservation of Energy, Part 1	84:49
	Conservation of Energy, Part 2	62:52
	Collisions, Part 1	91:19
	Collisions, Part 2	78:48
	Rotation of a Rigid Body About a Fixed Axis	73:20
	Static Equilibrium	98:57
	Simple Harmonic Motion	93:39
	Universal Gravitation	69:20
	Fluids: Statics	101:00
	Fluids in Motion	68:43
II. Thermodynamics
	Temperature	76:17
	Heat	82:01
	Kinetic Theory of Gases	74:37
	First Law of Thermodynamics	91:27
	Thermal Process in an Ideal Gas	107:16
	Heat Engines and Second Law of Thermodynamics	63:37
	Carnot Engine	96:57
	Entropy and Second Law of Thermodynamics	53:32
III. Waves
	Traveling Waves	81:27
	Sound	80:56
	Doppler Effect	93:51
	Interference	78:44
	Standing Waves	94:34
IV. Electricity and Magnetism
	Electric Force	56:18
	Coulomb's Law	87:18
	Electric Field	97:24
	Electric Potential	77:09
	Capacitor	84:14
	Combination of Capacitors	63:23
	Electric Current	79:17
	Circuits	94:08
	Kirchhoff's Rules	102:02
	Magnetic Field	98:19
	Force on a Current in a Magnetic Field	76:03
	Magnetic Field Produced by Currents	76:19
	Electromagnetic Induction	94:15
	Faraday's Law	90:49
V. Optics
	Reflection of Light	72:22
	Spherical Mirror	90:39
	Convex Mirror	66:47
	Refraction of Light, Part 1	90:58
	Refraction of Light, Part 2	81:37
	Images Formed by Lenses	85:20
	Interference of Light Waves	87:02
	Thin Film Interference	64:58
	Diffraction	78:22
VI. Modern Physics
	Dual Nature of Light	79:02
	Matter Waves	90:10
	Hydrogen Atom	85:50
	Nuclear Physics	90:30

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Applications of Newton's Laws, Part 1: Inclines

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Applications of Newton's Laws, Part 1: Inclines

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