EASY: How to Memorize the Ohm's Law Wheel. "Drop the Wheel" 

Thank you for sharing this. I just watched it again after seeing it for the first time about a year ago. I learned Ohms Law the old way and this by far is so much easier to remember especially now that I am finding myself needing to use Ohms Law more and more. So clear and easy to follow along. Thanks again!

I have been killing myself trying to learn this for weeks and just when I almost gave up, I spend 6 minutes watching this and it makes so much more sense. Thank you so much for making this!!!

Mark, this is so simple it's awesome! I'm an instructional designer looking for an easy way to teach this to employees who work with power. I think I've got it! Thanks so much for constructing this easy to follow video. Mitch

You sir are a hero. Going for my RI test this Monday and it’s closed book and this is just what I needed. Thanks. The only thing I think would be worth mentioning is when you have the exponents I kind of thought of it as I (amperage) is shared between both wheels and therefore it gets squared in the remaining formulas after the basic ohm’s law formulas. And then the same thing sort of occurred with my thought on Voltage being squared because it occurs twice in your new formula again only happening in the remaining formulas after the easy ones are taken out of the wheel so to speak. Great video.

Thanks for putting this together. It's a very helpful roadmap to the unknown variable. Maths is not my field but need to learn this to change careers. I'm surprised there aren't far more views! Cheers

Taking a test this friday, and I was trying to find patterns. No way! You nailed it with this solution. I knew putting (I) in both groups is the same as " Being in Love. Relationaly. Put the word love in both left and right circles. And. "- In love- replacing current "I". If two people arent showing love or love each other you aren't, "In Love". Haha.. So 4 me its easy to remember it, draw it and relate to this. Im actually "in love" now, with this awesome idea you created. Genius! Thanks... will help out.

This video is everything. So straightforward and easy. Thank you!

Its funny. Im leaning all this for the first time and looking at the wheel for the past month, Ive been saying to myself "I can see that theres an easier way to memorize this but I can also see that I cant see it it yet. Ill wait until this all makes more sense to me then tackle this for easier memory." Well you beat me to it my friend. Excellent content! Thank you for making this easier for me and everyone watching!

same as you sir, we'll have our test tomorrow. This lesson really did not sink in my mind until this video came up. Thank you sir, keep making more videos.

This made all of my tests in first year a breeze! Very easy to remember, the second equation is a little more complex but better than having to learn 12 instead of 2. Definitely sharing this

It is easy enough to understand using your formula (simply because I'm already accustomed to performing these individually , but I'm not sure how easy yours is to remember. You did a nice job coming up with this and are obviously a problem solver.

Thank you. You made this easy. I have watched other so called easy ways to memorize the wheel..... this beats them all.

This is alot easier. I am very thankful you put it together like this. If people only knew. Thank you so much sir! Genius!

This is a great help for me Marc and I appreciate your video. I think you explained it perfectly and if you have any more tips concerning this type of material please post it. Thanks.

I've spent all weekend trying to remember the old wheel then I saw this . Why didnt I see this sooner. I got it in just 2 views. smh. Thank you.

Amazing. Why this isn't a defacto thing within educational institutions, as a learning reference goes, instead of a large 12 formula wheel, is beyond me.

Thank you so much Mark! I still need to watch the latter portion a few times to have it stuck in memory but the first portion was very clever and easy to remember! Maybe it's worth getting tattooed on my hand :P

Thanks after i watch this video i feel more confident taking my exam it really helped

Absolutely brilliant, simple and most important , accurate. Thank you.

You are a legend!

Super helpful strategy, thanks.

This is great, except I'm not seeing a shortcut to memorize the final two formulas. Maybe I'm missing it, and correct me if I am, but anyone memorizing Ohm's Law and the Power Formulas will likely need to know: Resistance = Volts Squared/Power and Resistance = Power/Amperage Squared ...and unless I'm looking past it, there's no shortcut to memorize those two here.

Damn dude, you are the mvp

THAT IS AWESOME!!! Ive been trying to remember this for a test as well and was having a hard time. Thanks

omg such a lifesaver!!! ❤❤

Pure genius indeed.

Sir, thank you for this video. It'll help me in my up coming exam for teacher 😁. I had trouble finding ways to remember this. But the answer was in the video ..thank you! More power to you

This is great man thank you so much it makes it so much easier to understand and work the formula

I'm confused as to why the last equation works. The square root of 12 X 3 is not 36. Just the same as the square root of 12 divided by 3 is not the square root of 4...

Your a genius

WOW this is much better to understand 👍👍👍

I thought i found a better cheat sheet from this but I dont think this will work for every problem How would solve (What is the current flow of a circuit that is delivering 43,200 watts and has 3 ohms resistance?) Need (I) only know P and R ...

Thank you !

Thank you, very helpful

I like this...but I am very rusty...LOL I would like to see a few more examples with numbers...I suck at math...LOL - but great concept with your reduction!

WOW! GLOD STAR! This is great! Thanks!

Brilliant. My life has just become a little less stressful studying.

Sir......it's great super job appreciated 👍

i think that was helpful in simplifying the wheel however you sort of lost me at the end portion when your explaining the squared and desirable part. I think further explanation or even example with number would help. wasn't sure what you were squaring and stuff tbh. Im very visual when it comes to learning that why i recommended that.

Holy ****, I cannot believe that it is this simple.

Thank U much better method!!:) appreciate your intelligence!!!

Very nice. Thanks

I’m confused as to how the squares formulas work, how do I know when to square? I’m knew to this. I just started my electrical apprenticeship

Any possible way for u to show some examples for the other formulas with this one ?

THANK YOU

Excellent! Thank you for sharing

Trying to understand u formula. What happen with the R up there

This is awesome. Thank you!

thank you so much!!

That is awesome !! Thank you !!!

Brilliant, Thank you

thanks a lot . it was very helpful

Masons Law

What about in situations where you have the Wattage and Voltage?

Heyy you can call it the POWER PYRAMID easy for engineers

say what? Ohm's Power Wheel literally has I times V = P. You don't have to use square root formula unless you don't know the amps, jeesh.

I ==E over R always

Volts doesn’t equal energy. You should be ashamed of yourselves right now. Force doesn’t equal energy. When did RU-vidrs change the definition of volts in ohms law. Wtf happened in history. And who payed you to change the explanation in electrical engineering history.