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What are (EM) People Watching on YouTube?

Posted on February 14, 2018 Written by Gregory Durgin

Curious what the crowds watch over on YouTube?  Me neither.  I can share what the average profdurgin watcher looks at over on the group’s EM channel, though.  Below is a rank-ordered list of the top 25 videos by watch time among the EM lectures, based on lifetime video statistics.

Although not all videos have been on the site for the same duration, a few basic trends are apparent.  The time domain transmission line series (TDT) is very popular, likely because there still are not many texts that cover that material comprehensively.  The introductory lectures on wave mechanics series (WAV) are moderately popular, as are some of the time-harmonic transmission line (THT) videos.  Magnetic materials are popular because there just are not many magnetic materials lectures for electrical engineers.

Video
Watch time (minutes)*
Views
Average view duration*
Average percentage viewed*
TDT01: Introduction to Transmission Lines
714,450 (17%)
149,112 (27%)
4:52
17%
TDT02: Transmission Line Equations
664,594 (16%)
65,037 (12%)
10:22
14%
WAV01: Maxwell’s Equations
629,326 (15%)
75,492 (14%)
8:21
17%
TDT03: DC Pulses on Transmission Lines
369,862 (8.8%)
29,010 (5.3%)
12:58
17%
TDT04: Termination Schemes
159,384 (3.8%)
13,383 (2.4%)
12:09
20%
WAV02: The Scalar Wave Equation
138,581 (3.3%)
13,414 (2.4%)
10:23
21%
MSF07: Magnetic Materials
127,392 (3.0%)
15,542 (2.8%)
8:16
11%
TDT06: Initially Charged Transmission Lines
99,759 (2.4%)
8,532 (1.6%)
11:58
15%
WAV03: Plane Waves
98,846 (2.3%)
15,424 (2.8%)
6:26
19%
THT03: Open and Short Circuits on Time-Harmonic Transmission Lines
91,682 (2.2%)
9,213 (1.7%)
10:09
17%
THT05: Lossy Transmission Lines
88,026 (2.1%)
8,628 (1.6%)
10:26
11%
ESF01: Coulomb’s Law in Cartesian Coordinates
65,765 (1.6%)
5,657 (1.0%)
11:58
12%
TDT05: Cascades and Fan-outs
64,632 (1.5%)
6,488 (1.2%)
10:12
25%
THT01: Phasor Review
54,507 (1.3%)
11,965 (2.2%)
4:36
28%
THT04: Transmission Lines with Arbitrary Loads
54,231 (1.3%)
5,148 (0.9%)
10:46
18%
TDT08: Reactive Terminations on Transmission Lines
53,265 (1.3%)
5,122 (0.9%)
10:42
20%
ESF04: Differential Form of Gauss’s Law for Electric Field
47,472 (1.1%)
7,467 (1.4%)
6:28
18%
ESF06: Laplace’s Equation
42,202 (1.0%)
8,914 (1.6%)
4:58
6.3%
ESF03: Integral Gauss’s Law for Electric Field
37,327 (0.9%)
5,057 (0.9%)
7:28
14%
TDT10: Coupling on Transmission Lines
36,346 (0.9%)
6,023 (1.1%)
6:10
20%
ESF05: Scalar Electric Potential
35,757 (0.8%)
3,863 (0.7%)
9:25
14%
TDT07: Short Pulses on Transmission Lines
35,726 (0.8%)
4,996 (0.9%)
7:21
24%
TDT09: Nonlinear Loads on Transmission Lines
33,142 (0.8%)
3,933 (0.7%)
8:50
14%
Noise figure and Doppler shifts (Satcom 2009)
33,088 (0.8%)
3,839 (0.7%)
8:37
11%
ESF02: Coulomb’s Law in Advanced Coordinate Systems
32,203 (0.8%)
2,526 (0.5%)
13:00
13%

 

Filed Under: Education

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