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Chemical Reactions (1 of 11) Double Replacement Reactions, An Explanation

10:50

Kirchhoff's Rules (1 of 4) Circuit Analysis, An Explanation

11:03

What is a Newton? An Explanation

8:46

Uniform Electric Fields: an Explanation

11:09

Ray Diagrams (2 of 4) Convex Lens

12:32

Electric Field (1 of 3) An Explanation

10:06

Kirchhoff's Rules (2 of 4) Circuit Analysis, Example No. 1

8:50

Chemical Reactions (2 of 11) Single Replacement Reactions, An Explanation

9:28

Gravitation (4 of 17) Calculating Acceleration Due to Gravity (g)

8:46

Chemical Reaction (5 of 11) Synthesis Reactions, an Explanation

6:50

Empirical and Molecular Formula from Percent Composition (No. 1)

8:47

Inductors and Inductance: An Explanation

14:41

Kirchhoff's Rules (3 of 4) Circuit Analysis, Example No. 2

11:57

Electric Field (2 of 3) Calculating the Magnitude and Direction of the Electric Field

10:24

Ray Diagrams (3 of 4) Concave and Convex Lenses and Mirrors: Parallel Light Rays

9:30

Two Dimensional Motion (2 of 4) Worked Example

10:32

Newton's 2nd Law (7 of 21) Calculating Acceleration of a Atwood Machine

9:57

What is a Joule? An Explanation

9:42

Ray Diagrams (4 of 4) Concave Lens and Convex Mirror

11:21

Dimensional Analysis Part 1, Units for Answers

15:00

Ohm's Law, An Explanation

11:29

Resistance & Resistivity, An Explanation

9:30

Resistance & Resistivity, Example Problems

11:08

Chemical Reactions (4 of 11) Decomposition Reactions, An Explanation

8:14

Newton's 2nd Law (1 of 21) Calculate Acceleration w/o Friction, Net Force Horizontal

6:53

Physics, Torque (1 of 13) An Explanation

8:23

Ray Diagrams (1 of 4) Concave Mirror

13:00

Buoyancy and Archimedes’ Principle: Example Problems

12:54

Channel Trailer Step by Step Science

1:09

Two Dimensional Motion (1 of 4) An Explanation

9:08

Photoelectric Effect (6 of 8) Stopping Potential, An Explanation

13:59

LC Oscillating Circuit: An Explanation

16:43

Ohm's Law, Example Problems

7:35

Converting Between Mass and Weight: Example Problems

12:34

Capacitors (2 of 9) What is Capacitance? An Explanation

4:54

Chemical Reactions (11 of 11) Stoichiometry: Grams to Liters of a Gas

4:58

Motion Graphs (1 of 8) Position vs. Time Graph Part 1, Constant Velocity

9:14

Capacitors (4 of 9) Calculating the Capacitance of a Capacitor, An Explanation

8:04

Kirchhoff's Rules (4 of 4) Circuit Analysis, Example No. 3

10:54

Newton's 2nd Law (2 of 21) Calculate Acceleration with Friction, Net Force Horizontal

10:02

EM Spectrum (1 of 3) An Explanation

8:58

Uniform Electric Field (1 of 9 ) Motion of Charged Particles Parallel to the Field

15:40

Resistors in Electric Circuits (9 of 16) Combination Resistors No. 1

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Specific Heat of a Metal by Calorimetry

8:51

Newton's 2nd Law (3 of 21) Calculate Acceleration w/o Friction, Net Force Above the Horizontal

9:23

Resistors is Electric Circuits (2 of 16) Voltage, Resistance & Current for Series Circuits

10:14

Ionic Compounds: Cross Over Rule

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Motion Graphs (3 of 8) Position vs. Time Graph Part 3, Constant Velocity and Acceleration

7:45

Molar Mass Calculations

8:50

Simple Machines (3 of 7) Pulleys; Calculating Forces, Distances, MA, Part 2

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What is Current? An Explanation

4:53

Ionic and Covalent Compounds: Writing Names and Formulas

7:14

Newton's 2nd Law (6a of 21) The Normal Force, The Elevator

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Convert from the Slope Intercept Form to the Standard Form

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Resistors in Electric Circuits (1 of 16) Series vs. Parallel

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Motion Graphs (7 of 8) Calculating Speed & Velocity for One Dimensional Motion

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Newton's 2nd Law (12 of 21) Calculate Acceleration w/o Friction; Inclined Plane, Pulley, Two Masses

13:17

Simple Harmonic Motion (15 of 16): Amplitude, Period & Frequency

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Chemical Reactions (3 of 11) Combustion Reactions, An Explanation

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Gravitational Potential Energy, Example Problems

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