cada video que veo es mejor que el anterior, cada día me convenzo mas de la pobre educación básica que se tiene en países tercermundistas

0.8+0.5 is 1.3 amps. What the hell bro????

youre a lifesaver man 🙏

Before blue leds couldnt we have just used a yellow led in a blue phosphor for white light

finalmente pude entender la dirección de la fuerza, sin duda alguna el tener ilustraciones o un video a la par de la explicación hubiese ayudado demasiado

well drifters weld the diffrential and still drive

you guys are sooo good. God bless you!

Very useful

Cool

Always well explained thank you

Thanks for making this video! Im confused though... the setup at 1:50 has 6V in each branch. But you have 6 branches. Does that not "strain" the power supply? To me it seems im asking for 6V 6 times...

The best explanation on how capacitors work

I have built a couple quick vehicles for a parade at my university and while i have not yet snapped an axle i have torn wheels of the axle, sure was not built as sturdily as a car but from what i have seen i would say its quite possible indeed to break stuff, by now i am confident that if you cant have a differential, one wheel drive is better

I don’t know this yet but I am watching!

Can you get add a 100 amp sub pane off a main 100 amp service ?

im not here to watch but circuit breakers are meant to protect the circuit so somthing else worse doesnt happen to the people like an electrical fire and most homes have gas lines so you know it protects against that stuff

Thank you so much ❤❤

So if the amperage going on the hot is equal to the amperage returning on the neutral what is being consumed at the lightbulb?

This analogy fails massively, explaining how capacitors "conduct" high frequencies and "block" low ones.

Hi, question: 6:04 If 1V=one coulumb then how does 1.5V require one coulumb/sec to power 1.5W? Is there a loss of energy or did I miss something?

wait im confused at 16:02 why is the p-type semiconductor valence band and n-type conductor band..

very good explaining video , please make for more information about RCD breakers

I think this video should be archived for students to learn. Really great presentation. ❤❤🎉🎉

if you wonder where the current is gonna go in the ground pole the transformer is also connected to the ground and the current literally just moves through the earth back to the transformer. this is possible because part of the equation for resistence is diameter and well the earth has quite a big diameter

Can a centrifugal pump act as a vacuum pump.

1:50 obviously not light isn’t the only product of energy consumption unless you can harvest the waste product and double it it’s a pointless endeavour

just like flourecent lamps

We have old fuse box and was looking for consumer unit to replace with but had no idea what it and how it function and this video just answered. Thank you

Is it possible to use glass bulbs rather than epoxy bulbs?

Dear, can I Appling this calculation for submersible pump?

Beef roatina beef

Very helpful! What happens if the neutral leg on a street light breaks?

thank you for the info.

I have one doubt we use sensor for to act switch for transistor base then why we don't use sensor as a switch instead of transitors

The difference between alligator clips and crocodile clips: The eyes on crocodile clips face forward. [Try to find the eyes.]

Electricity confuses me so much and I'm trying to learn what I can from time to time and I had been wondering how circuit breakers work. This was very very informative and interesting. Thank you :)

I just use mine for continuity and voltage. It would help to learn more, so im watching.

I am not studing electrical engineering, nor I want to be an electrical engineer. But why not watch these videos??? They're so cool!

nicely done.

I am going to supervise hvac vrf system so guide me more please thanks for sharing such knowledgeable video

Learned something new, lightning is from the earth, Zeus does not cause lightning but Gaia.

1:54 can you tell the difference scientifically between 'used' electricity and new 'electricity'?

So is the resistor necessary to charge?

No explanation of how to charge

How can I charge a capacitor?

I'm an electrician and pretty much knew this stuff already. But you explained it so incredibly well and entertaining that I just had to watch the whole thing. Thank you!

**cracks knuckles** Dunning-Kruger time: when they discovered that the movement is reverse, they shouldn't have flipped the positive/negative naming convention. That makes no sense. Ol' Ben came up with 'positive' because he figured that that's the side with more electrons. Oh it turns out it was the hand- big whoop. All that needed to be done was start calling the top of the battery negative and the bottom positive. Not flip the terms into a meaningless confusing mess.

I used a pair of servos and an Arduino nano to convert an old cable operated snow plow to electric and then used a wireless remote module to send signals to the nano so that when you press for instance the up button the servo operates the hydraulic valve and simultaneously a relay is triggered that turns the solenoid on to run the hydraulic pump. It has left right up and down operating two valves with an open center position and the solenoid operates in all cases except down. This was my first implementation of an Arduino and I was very pleased with the outcome.

Good teaching