University Physics II

University Physics II

Math Prerequisites: Precalculus, Algebra, Geometry, Trigonometry, Differential Calculus, Integral Calculus
Physics Prerequisistes: University Physics I

The main book used in colleges today is University Physics by Freedman


[expand title=”21. Electric Charge and Electric Field” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”21.1- Electric Charge” rel=”submenu-highlander1″]

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[expandsub2 title=”21.2- Conductors, Insulators, and Induced Charge” rel=”submenu-highlander1″]

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[expandsub2 title=”21.3- Coulomb’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Coulomb’s Law (1 of 8)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Coulomb’s Law (2 of 8)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Coulomb’s Law (3 of 8)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E & M: Coulomb’s Law (4 of 8) Example 1 (Challenging Problems)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E & M: Coulomb’s Law (5 of 8) Example 2A (Challenging Problems)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E & M: Coulomb’s Law (6 of 8) Example 2B (Challenging Problems)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E & M: Coulomb’s Law (7 of 8) Example 3 (Challenging Problems)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E & M: Coulomb’s Law (8 of 8) Example 4 (Challenging Problems)” rel=”submenu-highlander2″]

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[expandsub2 title=”21.4- Electric Field and Electric Forces” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – The Electric Field (1 of 16)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – The Electric Field (2 of 16)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – The Electric Field (3 of 16)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – The Electric Field (4 of 16)” rel=”submenu-highlander2″]

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[expandsub2 title=”21.5- Electric-Field Calculations” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Electric Field (6 of 16) Infinite Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (7 of 16) Finite Length Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (8 of 16) Ring of Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (9 of 16) Disc of Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (10 of 16) Horizontal Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (11 of 16) An Arc of Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (12 of 16) Infinite Sheet of Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (12.5 of 16) Infinite Sheet of Charge: Method 1: Polar Coordinates” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (13 of 16) Infinite Sheet of Charge: Method 2: Cartiesian Coordinates” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (15 of 16) Finite Line Charge with Varying Linear Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (16 of 17) Arc with Varying Arc Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (17 of 17) Line Charge with Positive and Negative Charges” rel=”submenu-highlander2″]

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[expandsub2 title=”21.6- Electric Field Lines” rel=”submenu-highlander1″]

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[expandsub2 title=”21.7- Electric Dipoles” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Electric Field (5 of 16) The Electric Dipole” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Field (14 of 16) The Electric Dipole” rel=”submenu-highlander2″]

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[expand title=”22.- Gauss’s Law” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”22.1- Charge and Electric Flux” rel=”submenu-highlander1″]

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[expandsub2 title=”22.2- Calculating Electric Flux” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Gauss’ Law (10 of 11) Electric Flux” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (11 of 11) Cubic Gaussian Surface” rel=”submenu-highlander2″]

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[expandsub2 title=”22.3- Gauss’s Law” rel=”submenu-highlander1″]

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[expandsub2 title=”22.4- Applications of Gauss’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Gauss’s Law (1 of 11) Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’s Law (2 of 11) Cylindrical Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’s Law (3 of 11) Spherical Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (5 of 11) Infinite Plane Sheet of a Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (6 of 11) Sphere With Uniform Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (7 of 11) Capacitor Plates” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (1 of 4) Variable Charge Distribution: Sphere” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (2 of 4) Variable Charge Distribution: Cylinder” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (3 of 4) Variable Charge Distribution: “Infinite” Slab” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (4 of 4) Variable Charge Distribution: Solid Sphere” rel=”submenu-highlander2″]

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[expandsub2 title=”22.5- Charges and Conductors” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Gauss’ Law (4 of 11) Electric Field Outside a Conductor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (8 of 11) RE-UPLOAD Spherical Conductor with Cavity” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Gauss’ Law (9 of 11) Spherical Conductor with Cavity and Central Charge” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expand title=”23.- Electric Potential” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”23.1- Electric Potential Energy” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (1 of 6)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (2 of 6)” rel=”submenu-highlander2″]

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[expandsub2 title=”23.2- Electric Potential” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (3 of 6)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (4 of 6)” rel=”submenu-highlander2″]

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[expandsub2 title=”23.3- Calculating Electric Potential” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (5 of 6)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Electrical Potential and Electrical Potential Energy (6 of 6)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (7 of 22) Potential Energy Stored in a Salt Crystal” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (8 of 22) PE=? of a Sphere of Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (9 of 22) Potential Difference of 2 Pts Near Infinite Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (10 of 22) Potential Difference of 2 Pts Near Finite Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (11 of 22) Finite vs Infinite Line Charge” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (12 of 22) Potential In-, On, & Outside a Spherical Conductor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (13 of 22) Potential Outside a Cylindrical Conductor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (14 of 22) Potential Outside a Cylindrical Conductor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (16 of 22) Potential Outside 2 Concentric Cylindrical Conductors” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (17 of 22) Potential Outside 2 Concentric Cylindrical Conductors” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (18 of 22) Potential Outside 2 Concentric Cylindrical Conductors” rel=”submenu-highlander2″]

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[expandsub2 title=”23.4- Equipotential Surfaces” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Electric Potential (19 of 22) Equipotential Surfaces Explained” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (20 of 22) Equipotential Surfaces in a Varied E-Field” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (21 of 22) E(r)=? With Varied Equipotential Surfaces” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Electric Potential (22 of 22) Potential=0 at the Equipotential Surface” rel=”submenu-highlander2″]

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[expandsub2 title=”23.5- Potential Gradient” rel=”submenu-highlander1″]

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[expand title=”24.- Capacitance and Dielectrics” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”24.1- Capacitors and Capacitance” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Capacitors (1 of 8) Capacitance of Capacitors 1/2″ rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Capacitors (2 of 8) Capacitance of Capacitors 2/2″ rel=”submenu-highlander2″]

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[expandsub4 title=”Electrical Engineering: Ch 6: Capacitors (1 of 26) Basics (What is a Capacitor?)” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”24.2- Capacitance in Series and Parallel” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Capacitors (3 of 8) Capacitors in Series and Parallel 1/4″ rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Capacitors (4 of 8) Capacitors in Series and Parallel 2/4″ rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Capacitors (5 of 8) Capacitors in Series and Parallel 3/4″ rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Capacitors (6 of 8) Capacitors in Series and Parallel 4/4″ rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Capacitors (8 of 8) Capacitance of a Cylindrical Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (9 of 37) The Physical Capacitor” rel=”submenu-highlander2″]

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[/expandsub4]Physics – E&M: Capacitors & Capacitance (32 of 37) Energy=? of a Capacitor with 2 Dielectric Layer


[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (10 of 37) The Spherical Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (11 of 37) The Isolated Spherical Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Electrical Engineering: Ch 6: Capacitors (3 of 26) Capacitors in Parallel” rel=”submenu-highlander2″]

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[expandsub4 title=”Electrical Engineering: Ch 6: Capacitors (4 of 26) Capacitors in Series” rel=”submenu-highlander2″]

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[expandsub4 title=”Electrical Engineering: Ch 6: Capacitors (5 of 26) Finding the Equivalent Capacitance” rel=”submenu-highlander2″]

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[expandsub2 title=”24.3- Energy Storage in Capacitors and Electric-Field Energy” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Capacitors (7 of 8) Energy Stored in a Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (15 of 37) Energy Stored on a Charged Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (17 of 35) Energy Stored on a Charged Capacitor 2″ rel=”submenu-highlander2″]

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[expandsub2 title=”24.4- Dielectrics” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (35 of 37) Dielectric Breakdown” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (36 of 37) 2 Dielectric Layers” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (37 of 37) 3 Dielectric Layers” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (12 of 37) C=? of a Capacitor with a Dielectric” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (13 of 37) Placing a Dielectric Inside a Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (14 of 37) How a Dielectric affects a Charged Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (16 of 37) Final Energy Stored in Capacitor w/ Dielectric” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (18 of 37) C=? when Dielectric is 1/2 way in Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (19 of 37) C=? when a “Smaller” Dielectric is Inserted” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (20 of 37) C=? of Capacitor with 4 Dielectrics” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (21 of 37) F=? to Push a Dielectric in Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (22 of 37) F=? to Push a Dielectric in Charged Capacitor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (23 of 37) C=? Spherical Capacitor in Spherical Dielectric” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (24 of 37) C=? Spherical Capacitor in 2 Spherical Dielectric” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (32 of 37) Energy=? of a Capacitor with 2 Dielectric Layers” rel=”submenu-highlander2″]

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[expandsub4 title=”Electrical Engineering: Ch 6: Capacitors (2 of 26) Capacitor with Dielectric” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”24.5- Molecular Model of Induced Charge” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (31 of 37) Displacement and Polarization” rel=”submenu-highlander2″]

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[expandsub2 title=”24.6- Gauss’s Law in Dielectrics” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (34 of 37) Gauss’ Law and Capacitor with Delectric” rel=”submenu-highlander2″]

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[expand title=”25.- Current, Resistance, and Electromotive Force” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”25.1- Current” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Resistivity and Resistance (3 of 32)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (12 of 32) Current Density of a Conductor” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (25 of 33) Current in an Incomplete Circuit” rel=”submenu-highlander2″]

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[expandsub2 title=”25.2- Resistivity” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (10 of 32) Resistor Color Code Explained” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (17 of 33) Resistivity and Temperature” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (19 of 33) What is Super Conductivity?” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (24 of 33) How to Minimize Voltage Drop?” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”25.3- Resistance” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Resistivity and Resistance (1 of 32)” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”25.4- Electromotive Force and Circuits” rel=”submenu-highlander1″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”25.5- Energy and Power in Electric Circuits” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Resistivity and Resistance (6 of 32)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Resistivity and Resistance (13 of 32) Resistivity in Light Bulbs” rel=”submenu-highlander2″]

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[expandsub2 title=”25.6- Theory of Metallic Conduction” rel=”submenu-highlander1″]

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[expand title=”26.- Direct-Current Circuits” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”26.1- Resistors in Series and Parallel” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Resistors in Series and Parallel (1 of 5)” rel=”submenu-highlander2″]

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[expandsub2 title=”26.2- Kirchhoff’s Rules” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Ohm’s Law and Resistor Circuits (13 of 18) Thevenin’s Theorem” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Ohm’s Law and Resistor Circuits (16 of 18) Norton’s Theorem” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Ohm’s Law & Resistor Circuit (19 of 23) The Cube: New Method Case 1″ rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”26.3- Electrical Measuring Instruments” rel=”submenu-highlander1″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”26.4- R-C Circuits” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Resistors in Series and Parallel (5 of 5) The RC Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (25 of 37) C=? Between A and B of a DC-Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Capacitors & Capacitance (33 of 37) C=? Q=? V=? U=? t=? of a Capacitor Circuit” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”26.5- Power Distribution Systems” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”video title” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[/expand]


[expand title=”27.- Magnetic Field and Magnetic Forces” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”27.1- Magnetism” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”video title” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”27.2- Magnetic Field” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Magnetic Forces on Moving Charges – Direction (1 of 6) An Introduction” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Magnetic Forces on Moving Charges – Direction + Magnitude (2 of 6)” rel=”submenu-highlander2″]

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[expandsub2 title=”27.3- Magnetic Field Lines and Magnetic Flux” rel=”submenu-highlander1″]

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[expandsub2 title=”27.4- Motion of Charged Particles in a Magnetic Field” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (21 of 26) The Cyclotron” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (23 of 26) Magnetron in Microwave Oven” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (24 of 26) Helical Particle Motion” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”27.5- Application of Motion of Charged Particles” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (16 of 26) The Velocity Selector” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (17 of 26) Thompson’s e/m Ratio” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (18 of 26) Milikan Oil Drop Experiment” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (19 of 26) Milikan Oil Drop Experiment” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (20 of 26) The Mass Spectrometer” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”27.6- Magnetic Force on a Current-Carrying Conductor” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (7 of 26) F=? Current Loop” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”27.7- Force and Torque on a Current Loop” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Forces on Moving Charges – Direction + Magnitude (6 of 6)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (9 of 26) How Torque Changes” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (10 of 26) Magnetic Dipole Moment” rel=”submenu-highlander2″]

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[expandsub2 title=”27.8- The Direct-Current Motor” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (25 of 26) The Direct Current Motor” rel=”submenu-highlander2″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”27.9- The Hall Effect” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – E&M: Magn Field Effects on Moving Charge & Currents (22 of 26) The Hall Effect” rel=”submenu-highlander2″]

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[/expand]


[expand title=”28.- Sources of Magnetic Field” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”28.1- Magnetic Field of a Moving Charge” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (1 of 12)” rel=”submenu-highlander2″]

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[expandsub2 title=”28.2- Magnetic Field of a Current Element” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (4 of 12)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (5 of 12)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Generated by Moving Charges & Current (13 of 28) Biot & Savart Law” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Generated by Moving Charges & Current (14 of 28) Biot-Savart Law: Ex” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Generated by Moving Charges & Current (16 of 28) B=? Off-Axis Current Segm” rel=”submenu-highlander2″]

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[expandsub2 title=”28.3- Magnetic Field of a Straight Current-Carrying Conductor” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (6 of 12) Parallel Wire” rel=”submenu-highlander2″]

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[expandsub2 title=”28.4- Force Between Parallel Conductors” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (10 of 12) Parallel Conductors” rel=”submenu-highlander2″]

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[expandsub2 title=”28.5 Magnetic Field of a Circular Current Loop” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (8 of 12) Circular Loop” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (9 of 12) Coil” rel=”submenu-highlander2″]

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[expandsub2 title=”28.6 Ampere’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (11 of 12) Ampere’s Law” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Generated by Moving Charge & Currents (22 of 28) Ampere’s Law: Symmetry” rel=”submenu-highlander2″]

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[expandsub2 title=”28.7- Applications of Ampere’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Magnetic Field Generated by Moving Charges and Currents (12 of 12) Ampere’s Law” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Magn Field Generated by Moving Charge & Currents (25 of 28) Ampere’s Law: Constant” rel=”submenu-highlander2″]

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[expandsub2 title=”28.8- Magnetic Materials” rel=”submenu-highlander1″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[/expand]


[expand title=”29.- Electromagnetic Induction” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”29.1- Induction Experiments” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[expandsub2 title=”29.2- Faraday’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Electromagnetic Induction: Faraday’s Law (1 of 4) An Intro and Understanding” rel=”submenu-highlander2″]

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[expandsub2 title=”29.3- Lenz’s Law” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Electromagnetic Induction: Faraday’s Law and Lenz’s Law (1 of 2) Introduction” rel=”submenu-highlander2″]

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[expandsub2 title=”29.4- Motional Electromotive Force” rel=”submenu-highlander1″]

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[expandsub2 title=”29.5- Induced Electric Fields” rel=”submenu-highlander1″]

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[expandsub2 title=”29.6- Eddy Currents” rel=”submenu-highlander1″]

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[expandsub2 title=”29.7- Displacement Curren and Maxwell’s Equations” rel=”submenu-highlander1″]

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[expandsub2 title=”29.8- Superconductivity” rel=”submenu-highlander1″]

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[expandsub3 title=”Notes”]Goods[/expandsub3]
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[/expand]


[expand title=”30.- Inductance” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”30.1- Mutual Inductance” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Inductance (1 of 8) Mutual and Self Inductance” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (1 of 20) Mutual Inductance Explained” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (2 of 20) Mutual Inductance: Explaining the Units” rel=”submenu-highlander2″]

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[expandsub2 title=”30.2- Self-Inductance and Inductors” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Inductance (2 of 8) Mutual and Self Inductance” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (3 of 20) Self Inductance: Explained” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (6 of 20) Self Inductance of a Solenoid” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (7 of 20) Self Inductance of a Toroidal Solenoid” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (20 of 20) Toroidal Solenoid: Non-Uniform Magnetic Field” rel=”submenu-highlander2″]

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[expandsub2 title=”30.3- inductors and Magnetic-Field Energy” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Inductance (3 of 8) Mutual and Self Inductance” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (8 of 20) Energy Stored in a Magnetic Field” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (9 of 20) Energy Stored in a Solenoid” rel=”submenu-highlander2″]

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[expandsub2 title=”30.4- The R-L Circuit” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Inductance (4 of 8) The R-L Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Inductance (5 of 8) The R-L Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (5 of 20) How Self Inductance Affect a Circuit?” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (12 of 20) The R-L Circuit Analyzed” rel=”submenu-highlander2″]

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[expandsub2 title=”30.5- The L-C Circuit” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – Inductance (6 of 8) The L-C Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – Inductance (7 of 8) The L-C Circuit” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (15 of 20) The L-C Circuit: A conceptual Approach” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (16 of 20) The L-C Circuit: Analyzed” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (17 of 20) The L-C Circuit: Analyzed” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: Inductance (18 of 20) Find i=? of a L-C Circuit” rel=”submenu-highlander2″]

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[expandsub2 title=”30.6- The L-R-C Series Circuit” rel=”submenu-highlander1″]

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[expandsub4 title=”Physics – Inductance (8 of 8) The L-R-C Circuit With Dampening Effect” rel=”submenu-highlander2″]

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[expand title=”31.- Alternating Current” rel=”submenu-highlander”]

[expandsub3 title=”Chapter Summary Notes”]Summary PDF[/expandsub3]


[expandsub2 title=”31.1- Phasors and Alternating Currents” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – E&M: RCL Circuits, Phasors, & Alternating Currents (4 of 24) Phase Angle: Conceptual Look” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits, Phasors, & Alternating Currents (5 of 24) Phasor Diagram – Introduction” rel=”submenu-highlander2″]

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[expandsub2 title=”31.2- Resistance and Reactance” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – RCL Circuits With Reactance and Impedance (1 of 2)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits, Phasors, & Alternating Currents (20 of 24) Inductive Reactance” rel=”submenu-highlander2″]

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[expandsub2 title=”31.3- The L-R-C Series Circuit” rel=”submenu-highlander1″]

[expandsub3 title=”Videos”]

[expandsub4 title=”Physics – E&M: RCL Circuits (1 of 13) Basics” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (2 of 13) Complex Numbers” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (3 of 13) Complex Numbers Continued” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (4 of 13) Complex Numbers Review” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (5 of 13) Representation of Impedance” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (6 of 13) Representation of Impedance and Polar Conversion” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (7 of 13) Operations With Impedance” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (8 of 13) Impedance and (2) Parallel Branches” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (10 of 13) Impedance and Series Circuits (Ex. 1)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits (11 of 13) Impedance and Series Circuits (Ex. 2)” rel=”submenu-highlander2″]

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[expandsub4 title=”Physics – E&M: RCL Circuits, Phasors, & Alternating Currents (12 of 24) Phasor Diagram – V Across” rel=”submenu-highlander2″]

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[expand title=”32.- Electromagnetic Waves” rel=”submenu-highlander”]

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