Find the current in the 12-Ω resistor in the figure below.

Find the current in the 12-Ω resistor in the figure below.

[shinobi]

Hey man I just wanted to say I was trying to figure out a problem like this and your explanation was extremely simple and easy to follow, thank you so much!

[mailasim]

The simple concept of going "backwards" and what to bring in case of parallel & series was the best. Thank you for making it so simple.

[katietaylor]

THANK YOU!!!! I couldn't figure out what to do after simplifying. Your hint for going backwards (parallel bring voltage, and series bring current) totally saved my brain from melting! I was able to figure out the problem on my own after that. Seriously, you should get some sort of award for this. These videos have totally saved my grade this year. My professor doesn't explain anywhere near as well as you do.

[isabellaostolaza]

this was literally the best and easiest explanation I've ever gotten. You're amazing!! thank you so much

[lewisfanney]

wow, this is exactly the video I needed. Thank you!

[Amharicmezmurlyrics]

After 6 years, It saved my life.
Thanks a million

[wonon]

Thank you for this video sir. You helped out tremendously.

[briannguyen]

thank you so much, your explanation was the best for me to understand!!

[rajnirali]

Amazing ...I found it more effective instead of doing only self study ..thank-you

[rjedits.]

Thanks bro, , the way you explained this topic is too easy and so simple.

[Hiimnobody]

Nothing is better than it to solve these complicated problems

[technicalashish]

Awesome thank u so much it helped a lot

[AB-yutj]

Thank you so much. I am trying to figure out why the resisters in on of the blocks of a switching power supply are overheating. I figuring if I can figure out what is going through these resisters it would give a me a clue.
So now you can go ahead and call me an idiot, but I don't know how to measure the stuff on the board. I know how to use instruments and I have very good ones but, I haven't done it before.
What I do now for the voltage I just put the probes on either side of the resistor and read the voltage is that it.
I did that & each resistor has a different voltage.
I guess that's what's called voltage drop or something like that.
Unfortunately on the board everything is Not straightforward as is on a piece of paper. the tracers go in and out all over the place. It's not easy to figure out the placement of each components. how does one measure the total voltage that's going in a specific block of a circuit? I mean I can follow the negative from the bridge rectifier that's going on the other end. Should I measure everything against that??? The more I learn the more I realize I don't know anything.
I figured maybe by measuring resistance on the Traces where resisters are soldered I could figure out if they're parallel or series to each other. Is that the right way to go about it?

[rajnirali]

Please upload more videos of RC circuits of current electricity !

[ej]

how about find all of the currents in each resistor? is it just in the same process?

[babatundeololade]

Are there no any shortcut to solving this question?

[priyanksharma]

thanks sir it's look gud to solve

[programming-dude]

i wanna dc circuit simulation tutorial

[agnivoghosh]

Did anyone notice that the current equals pi?

[EENITUKUMARI]

Network se prob in 4th sem diploma electronics