I just had to do this to get it out of my system. That may not make sense, but it means that if you don't like it when it starts, it doesn't get any better. Please don't suffer through this if you are not interested.
This video does not really respond to umbraemilito's, but his is one of several videos that brings up these issues in my mind.
We are all psychologists in the same sense that when we throw a ball, we are all physicists.
This is a new attempt at making videos. I made some videos under another account and deleted the account because the videos didn't reflect the person I wanted to see myself as. We'll see if this works better. Sorry for the heavy breathing, I'll work on microphone placement in the future. It's a slow start for thirty seconds or so. Then the Bud Light kicks in.
Maybe you know a technical interviewer that asks open-ended, chatty, touchy feely questions, but I don't.
After listening to this video, I guess I know what my favorite expression is, because I make my point a few too many times so that I can say it over and over. Do you know what it is?
ourben has asked the question, "Do like charges repel, or are they being attracted by unlike charges elsewhere?" There is a definite answer to this, but I take two parts to get there.
The answer is that we know like charges repel, and Faraday cages can be used to prove it.
This video is a response to johnnysmooth, who wants to know what people are reading. I'm reading stories about Nero Wolfe and Archie Goodwin in novels by Rex Stout.
If this video is confusing, maybe we can sort it out through comments. I am not saying that Paris Hilton's role must be filled or someone will assume the responsibility of filling it, although now that it think about it, that may be true, too.
Response to Scott Cortmeister's story about a bad experience of his while riding on an Amtrack train.
Actually, it was 27 years ago and I was 25 years old, rather than the other way around.
In this part of the video, I give reasons why issues of complexity and perfection have interested me for a long time. I can't remember what words I confused in this discussion, but I will listen to it again later and try to list some of the worst.
In Part 2, I said that Part 3 would tell what the axioms of Euclidean geometry are. Instead, this is the first video entirely about definitions. There will be another later in the series, but not immediately.
The undefined terms are:
point
line
lie on
between
congruent
