Thank you ❤

why is the current flow from negative to positive in the circuit?

T h a n k y o u. I’m an electrical engineering student and my labs just dove straight into making filters without even teaching us the basics of breadboards

pretty cool video well explained :) new sub :) I will checkout a few of your older videos :)

Thanks. Best illustration I have seen

Underrated!!

Hi, your videos have helped me a lot in lab! Do you have one on measuring node voltage with a more complex circuit ?

*3 resistors but great video still!

Thank u sir my required circuit

Dope, my friend.

Can we not do this without the jumper cables?

Nice explain

Very nicely explained. Thank you.

Imagine having professors that they dont even bother to teach us these and waiting us to make this kind of circuts :)

very helpful frfr thx

wow u made it seem so simple, i wish my TA explained it this well

Great video thanks a lot

Awesome explanation, needed this before my lab!

Holy shit u just changed the game for me. I easily understand circuitry now. My professor has a hard tough dissecting this down like this. U made me open my eyes on how boards work

If we want to measure the total resistance and the circuit is connected to the ground and a power supply, should we disconnect them?

thanks for doing this. something my professor in the labs wont even do. Kills those of us without experience

thank you!!!

Thanks a lot. Your videos are so helpful and important. In this tume we are not going to college and they gave us Arduino projects.

Can’t see shidd

thank you for this! i have a test on it tomorrow and I couldn't understand how diagrams translate into actual breadboard circuits.

Good one

thx og!

Thank you so much. My teacher demonstrates this in our virtual classes, but Zoom puts her live demonstration in a window that's too small to see what's going on.

This is false !!

saving my lab mark

Thank you so much. Great vid.

I thought current flows from positive to negative not negative to positive.

How come you stopped making videos? Pls do upload more for your a great teacher.

When you measured the current you didn't put the red wire in hole of current A in the voltmeter WHY?

thanks :)!

thanks

I wish my professor explained this shit before assigning me to build one. Thats why I'm here

There is a 1000 fold difference some where , i think it is the current , V/R=I 5V/21000 (21 K )Ohms = 0.0002 ?

lol

very good video. i understand what i dont know.

What if you have two legs in the circuit, with a resistor and inductor on each leg?

Nice demo! Would something like this work fine using a 15V PSU on a breadboard to create LED lighting and other train related circuits for our HO Scale model railroad layout that has 15V across the tracks? Thanks!

good

Creative Technology brought me here

Nice video

Well i failed apparently, i think i blew a fuse in my meter, the readings are all over the place. I did exactly what this video mentioned. I didn't use any ground wires or jumpers but i didn't think you had to. The way we were tought on how to do this is just set up the circuit and use your test leads from your Oam meter or DC power supply when your reading voltage. I was trying to read resistance and for some reason the measurement was to low, its supposed to read 6.8k RT but i can only get a reading of like 3.8k. How do you hook the test leads correctly in order to measure the whole circuit. The resistors are used were just a very simply 3 resistor circuit with 1.0K, 2.2k, and 3.6K.

Very clear, very helpful. Helped me a lot, thanks.

It's good but Where is your 5V connected to ? And Why u increasing and then decreasing your voltage in your multi meter

hella cool but what if the bulb blows? I'd hafta take it all apart and fix it. can you fix it to where you can just replace blown bulbs like with any light fixture? 🤘

I have a question. When you connected R2 and R3 because they are parallel, can I place the end of the wire below the right end of R1 instead of placing it on the above?