Electrical Current Explained - AC DC, fuses, circuit breakers, multimeter, GFCI, ampere

I am working my way through this series now and am most impressed. I am probably an older subscriber but really want to learn about electricity so thank you so much for the effort taken. In due course once I have the theory under my belt I hope to take a practical course. Your explanations are perfect and makes grasping it so much clearer than reading an book. Thank you.

high voltage

Could we hypothetically change the name of electrons to protons and vice versa? They would still repel and act as they do, but then protons really would flow from the positive side of things to the negatively charged side. Protons would be flying around an electron/neutron filled nucleus.

High Voltage

If the electrons pass from atom to atom in copper naturally, then can some end up switching places with the electron in your hand if you touch it? And if so would that electrocute you or does it have to be a large amount of electrons moving in one direction. Or is it the flow of energy (not electrons but force) going from a source to an end?

Great job 😊 this makes it more easier for me to go along with this semester's work 👏

It's NEVER too late to change battery labels. They can do it. We can change anything we want to. Everyone just has to be on the same page.

It's interesting that it even matters which way we plug our batteries in.

Thanks alot mate 💐🖤⚡

Have not heard a convincing argument for belief in negative to positive theory.

Great video about Ac/dc circuit breakers and fuses

So this will power a LC 32" TV ac/dc

High voltage

You put uninsulated cable twice.

High voltage

Why would an overload result in increased current? Is this applicable if the appliances are connected in parallel?

In Denmark we use a device that looks very much like what you call a circuit breaker but works with fuses.

why have 4k on this lol

At around 11mins he explains that a 1.5v battery and 1.5watt bulb needs 1 amp whilst explaining what amps are.

Now I understood everything till this point but this where I struggled at school. I didn't just want to learn I get fixated on asking too many questions. So now I can't move on leabri g till I know why 1amp is needed for 1.5v battery and 1.5watt bulb. Like why not 1.1 or 0.8 etc????

You dropped this king 👑

🇵🇬🇵🇬,,..

High voltage.

Thumbnail: 34 ohms? That's a weird one. Nice colours though😊

All I have to say to you Sir is GREAT TEACHING 👏🏾

Thanks!

High voltage

wow amazing video and ilustration very easy to understand

Another great product

I am about to start studying electrical engineering in 2 weeks and I literally learned what is taught in the first 2 years of that school in the span of 2 days

💎 Gem

High Voltage

so on modern batteries the positive terminal is actrually the negative? or?

High voltage rock 'n' roll
High voltage rock 'n' roll
High voltage, high voltage
High voltage rock 'n' roll

This is a priceless channel. I'm a computer scientist, and my father was an electrical engineer. I'm filling so many gaps in my knowledge in such a short time, it's unbelievable! Thank you very much for the efforts to put this online. Keep up the great work with this channel!

Pls can someone help me out
Is the battery causing the free electrons in the copper wire to flow in one direction or is the electrons flowing from the negative terminal of the battery to the positive terminal

I hate conventional current...mainly because I like being as accurate as possible, I'm a bit of a pedant...and it endlessly annoys me that it's still used :/

🙏🏿🙏🏿🙏🏿Tnx. You're the best.

Thanks!

This video is absolutely brilliant. I wish I had grown up learning stuff this way. Good job!

I never learned that it's - to +, and after 20+ years of wiring things, I learned something new.
Thanks
That's pretty crazy how we get comfortable w/ learning something the wrong way and so we just ignore the problem

How does one calculate the watts being used in a 240V split system using a clamp Amp meter? For example, when my AC comes on I measure 14.4A on the L1 line and 10.3A on the L2 line. Does this add up to 1728W (120V x 14.4A) on L1 and 1236W on L2 (120V x 10.3A) = 2964W being used by the AC?

I am really awestruck by the explanation. I wish i had found it earlier :/ But this channel is extra ordinaryyy💥

Great videos. Can you make a video explaining stun guns or defibrillators. How do they conduct thousands of volts and no amps?

High Voltage

Thank you for this video. looking forward to more!😊😊😊😊