04:20
Correcting Farsightedness using the Near Point
06:04
What is Optical Path Length?
03:48
Correcting Nearsightedness using the Far Point
05:23
Example: Photoelectric Effect
10:12
Example: Computing Optical Path Length
05:29
Example: Ray Tracing a Converging Lens
08:31
Example: Optical Path Length (with phase shifts)
12:42
Example: Two-Lens Imaging with converging lenses
06:33
When can we use Ampere's Law to find Magnetic Field?
07:14
Ray Tracing Virtual Objects with a Converging Lens
06:15
Example: Calculate Parallel-Plate Capacitance
07:20
Ray Tracing Virtual Objects with a Diverging Lens - Virtual Image
06:57
Example: Ray Tracing with a Diverging Lens
06:25
Capacitors with Dielectrics
04:02
Why do rays pass straight through the center of a lens?
07:13
The N-Polarizer Problem
06:56
Ray Tracing Virtual Objects with a Diverging Lens - Real Image
08:25
Capacitance of a Spherical Capacitor
11:34
Gauss' Law with Negative Charge
07:17
Finding the Energy Stored in a Capacitor
07:53
How to remember Cross Products
09:26
Gauss Law Near a Conductor
06:00
Why Balance Electrical Loads in the Home?
08:48
Power Dissipated by a Resistor
06:33
Example: Charge Sharing and Equipotential Surfaces
08:18
Finding the Capacitance of a Parallel Plate capacitor
09:20
Example: Adding Capacitors in Series
10:16
Induced Current in a Rotating Loop
09:58
How to Add Capacitors in Series and Parallel
05:38
Example: Simplifying Resistor Networks
06:21
Example: Simplifying Resistor Networks 2
13:39
B-Field of an Infinite Sheet of current
07:21
B-Field of an Infinite Cylinder of Current
04:39
B-field of an Infinite Line of Current
08:17
How to add Resistors in Series and Parallel
05:39
Example: E-field from 3 Linear Polarizers
11:53
Electric Field inside two Parallel Plates
09:10
Why are NMOS transistors always connected to ground?
08:35
Electric Field of a Finite Line Charge
08:17
Transmission Gates Explained
08:38
Electric Field from a Ring of Charge
08:08
Electric Potential of a Conducting Sphere
04:30
Why Does Charge end up on the Surface of Conductors?
10:32
Electric field Due to a Conducting Sphere
05:22
What is an equipotential surface?
10:21
Full Factorial Experiments Explained
04:19
The Simplest Not Gate
06:09
Not Gate Using Transistors
07:32
Standard Error of the Mean Tutorial
10:27
Two-Factor Interactions Example
10:26
The Electric Field of an Infinite Cylinder
11:18
Electric Field for an Infinite Sheet
10:46
Electric Field of an Infinite Line Charge
12:34
Electric field Due to an Insulating Sphere
10:59
When Should we use Gauss' Law?
17:04
Example Problem: E-field from two point charges
10:20
The Electric Field of an Infinite Cylinder
06:03
Electric Potential Due to a Point Charge
05:47
What is a Differential Line Element?
06:38
Gauss Law for a Point Charge
X
About
"If you can't explain it simply, you don't understand it well enough." - Albert Einstein
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A little about me: I'm a fourth-year Ph.D. candidate in the EECS department at UC Berkeley working on nanofabrication, electromagnetics, and electronics. I have a wonderful cat named Maxwell (because Schrodinger was just too much), and spend much of my free time hiking and camping.
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