Electronics 110 Lecture 1 Fundamentals of Electricity

Instructor Joe Gryniuk teaches you everything you wanted to know and more about the Fundamentals of Electricity. From the classrooms of Lake Washington Technical College in Kirkland, Washington.

[expressmail]

This man is a gift from god. I always wanted to learn electronics. Many people profit off their intellectual property. Joe Grynick. Wherever you are I thank you for your teachings. I am grateful for you. May God bless and keep you.

[Avid_Elite]

If I had teachers like this in every subject I'd be Einstein by now

[jessicahainesmusic]

Main lecture starts around 15:00. The intro is for students on the course. Excellent lecture.

[paullin]

Joe is a great teacher, he has logically and fluidly explains the basics with a touch of humor.

[bruno]

His series of lectures is one of the best! Thank you Joe, so much. He is so funny at times, and explains and gives great examples. I recommend this to anyone.

[matthewzammit]

Now that's what I call a lecture! I don't know why but at my university they just skipped all this stuff and went right into the equations.

[grguitarplayer]

Sign of a good teacher: I'm gonna tell you what I'm gonna tell you (the initial parts about the text, syllabus, etc), then I'm gonna tell you (the actual lecture), then I'm gonna tell you what I told you (the summation.) Yes, he's good.

[rtoebak]

You, re never to old to learn. This i am following till the end.

[erin]

20:36 something very interesting about matter is that elements above a certain atomic weight are incredibly unstable. When we create them, they decay so quickly that we can barely measure their properties. The element Oganesson (atomic number 118) is the heaviest we’ve produced, with a half-life of just 0.7 milliseconds. Despite this, it’s theorized that "islands of stability" may exist for much heavier elements, particularly around Z=126, N=228, and Z=164, N=308. These elements could potentially have half-lives measured in years. It's not entirely impossible that we may someday find trace amounts of them, although it's also not very plausible.

[cnwjr]

For those who keep asking about the textbook - it is the backdrop of the video. Introduction to Electronics by Earl Gates, 4th ed.

[MayurPanghaal]

If I had this sort of instruction while doing my Electronics diploma, I would not be in the Real estate industry.thank you sir.My relearning starts now !!

[ishaqpasha]

@50:00 the actual definition of current is explained in a beautiful way.

[Patriotman]

I like the structure the teacher is giving to the class with the syllabus!   Is a good set of objectives!

[ashanair]

I did Engineering 5 yrs back..But I have forgotten most of it. This is really helping review everything!
Thanks MIT..

[mike-ypuk]

What a great teacher I actually learned a lot from this one

[Favevorite]

Mr Graham, i have been watching your lectures on electricity fundamentals chapter one numerous times, and i am motivated happy with your youtube channel.
i am doing self study and i would to know is if i am on the right track because my plan is to change my profession and willing to take all the necessary steps.
thank you
very much.

[JohnJohnson-hlfv]

Instructor Joe Gryniuk should be getting a raise to double his salary.

[isme]

The second condition for the definition of matter is "has mass" not "has weight". In 0 G you have 0 weight but you do have mass

[jayvonirsik]

@53:23 he is talking about superconductors and whoever harnesses the power of a superconductor will be a very wealthy person. That it will rewrite the books. Here we are in 2022 and I do believe that superconductors have been produced right?

You're such an amazing instructor! And funny. Thank you for posting. And thank you for your service.