Determining the Potential Function of a Conservative Vector Field

[@sachidb3350]

I just came across this vid and you sir literally saved me 2 hours worth of watching my professors useless lectures. This method is so much more intuitive and easy than the garbage my textbook is trying to tell me!

[@gdogvibes1]

I think all of your videos are brief and easy to understand and I really appreciate you breaking down each problem step-by-step. Often times, this is a skill most educators either forget to do or are uninterested in doing so. Thanks for all of the videos, really top notch!

[@Ice_2192]

Seriously why didnt my professor do it this way. He tried to find all the potential functions as he was doing the integrals rather than doing it all in the end. Thanks. This is much more clearer.

[@imanabu5862]

this channel is soo sooo sooo underrated, there are too many reasons that make those videos the best that I feel lazy to write them all! Thank you from the bottom of my heart !

[@Mathispower4u]

Thank you for the comment. I appreciate it. Please share with your classmates. :)

[@mikaylatpeterson]

this is like 10 times clearer than what my professor showed in class today

[@MaiaF95]

so much easier than how my textbook explains it! THANKS A LOT!

[@HammadRehman-cv8ly]

brooo thank you i spent two hours trying to understand what my text book said but your video and your method made this 100x easier thanks again

[@laroselcouth8522]

Thank you so much for all of your amazingly helpful and simple videos! This has been the most useful video I've seen of yours yet, because my professor--and I believe most professors--teach the method of finding a potential function in an incredibly overcomplicated way which would literally take ten or more times longer than this way. I can't say how grateful I am! Thank you, may God bless you! 😁😁👍🏻

[@efilnow]

this was wonderfully organized and just fast paced enough yet still very thoroughly explained! youre my new favorite channel :D thank you!!

[@khalidmiftah9477]

You saved me from loss of sleep 😅😅 I got no word to thank you wonderful work you did

[@daydreamxjay6142]

This simplified a concept that was very messy in my head. THIS MADE SO MUCH SENSE. Thank you

[@Mathispower4u]

Thank you! I appreciate your support by leaving a comment.

[@88Tijgertje]

thank you so much for this instruction. My book for calculus ( stewart 6th E ) is going through hell to solve these problems. This is so much easier and very straightforward.

[@shabnamashraf7609]

I have finals tomorrow... This isn't my real account btw. But your video has made my life so easy! I literally pray God bless you❤

[@huguesnsengiyumva]

You are the goat, i looked everywhere and your videos was the only simple explaination wow

[@Mathispower4u]

Thank you for your comment!

[@in12341234]

Thank you for explaining this in a much easier way than my Calc textbook.

[@VamsiUppuluri]

Thank you bro my madam explained a two page process this helps me a lot

[@marianasorroza9631]

Only video that made sense to me. Thank you so much!

[@bhavyashukla9327]

Thank you so much. This video is just so helpful and clear to understand !!

[@gillimaster]

thanks a bunch.... we were shown a different method to solve these problems. i find yours much easier. :)

[@Musician4231]

Thank you for helping me pass my final

[@teyeem]

Thanks for the video man. I found this stuff so confusing at first.

[@abdulrahmanaldakheel2408]

omg your way is wayyyyy damn easier than my prof !!!!!!! thanks a lot

[@hayamramadan3610]

I loveeee uuuuuu U SAVED MY SEMESTER AND MY LIFE ❤❤❤❤

[@laroselcouth8522]

I think I can say the same! LOL!

[@MatheusPuehler]

that helped me a lot thanks regreetings from brazil

[@sankoktas420]

dude is a straight up legend

[@milankadevries5071]

u are saving my calc 3 grade!!!

[@Mathispower4u]

Thank you for letting me know. I am glad I could help.

[@nocknock4832]

the cliche "my teacher can't explain it like this" is so true

[@hazelllpine_]

damn this is wayyyy toooo easier to understand thank you so much!!

[@AnupKumar-fy5bk]

Sir at 5:49 why do you take only one x square y instead of 2

[@kareemalegi740]

makes so much more sense, thank you

[@st0rmbrkr]

Does using this method to determine the potential function work every time? It just seems too easy and I don't know why they don't teach it this way.

[@thobanivitaleous2837]

yeah it looks suspiciously easy😁😁

[@joshlehman2657]

good video very helpful but i think there might be special cases where just integrating through w.r.t each component does not work

[@DarrellVermilion]

I feel the exact same way. I'm afraid to use this method on my test tomorrow. Maybe it makes me uneasy because he's not taking the time to equate the potential "constant" functions with their partials.

[@Lucas-zd8hl]

I see this comment is old, how did you do?

[@jakepalgon]

OHHHHHH I GET IT NOW! Thank you!

[@lucasvic7010]

Thanks a lot. It helped me a lot

[@yonaswjobn6182]

after 13 years the video been made😁😁

[@mohab7448]

Thank you very much 🥰🥰🥰💙💙

[@DarrellVermilion]

I just went back and doublechecked, and it looks like as long as the function's conservative, etc., this method will work (at least it did in my homework problems). However, if your professor is heavy on theory he/she may require more "proofing" than what's shown here. He's skipping the theory, that's all.

[@11dslee]

you are awesome i hope you know that. keep up the good work!

[@Simranthiara]

At 1:20 you're saying you're taking a partial derivative with respect to X but you actually didn't. That part through me off.....

[@Mathispower4u]

The x and y components of F are the partial derivatives.

[@Simranthiara]

Thanks, I understood it during my lecture today. Just saw your comment. Much appreciated

[@BS-or6tr]

FANTASTIC

[@MisterTutor2010]

If you try this with a nonconservative vector field, the gradient of "potential function" will be different than the vector field you began with.

[@Roe124]

Bro i understood immediately tq

[@Mathispower4u]

Glad to hear!

[@sandilekhumalo7471]

very helpful.. thanks

[@stephend1224]

GOAT

[@prgalois]

really awesome video :D thanks!

[@10turnerj]

liked and subscribed. Nice Work!

[@animalgalactico]

You are Great!

[@FormedUnique]

you didnt really explain how to prove your answer though. you just mention matching pairs but dont show how to set the equations equal to each other and how to balance them to find the final answer

[@jamesfredrick612]

Thank you.

[@vanas313]

@88Tijgertje same book, 7th edition... problem is not fixed :p

[@vegetaiv9275]

Thank you so much!

[@Kenneth-iw8jz]

Thank youuu ♥️♥️

[@Mathispower4u]

You are very welcome.

[@suwilanjinankolongo6848]

cool 😍

[@MrMousaj]

Thank you so much

[@abdulohabsazal9657]

thanks. after seeing this video i just understand determining f .

[@akililuayele2897]

thank you sir

[@charlescreed354]

you're the best!

[@jordanarogeti2444]

you are amazing

[@rovshanabdurrahimov5892]

einfach wunderbar

[@akhileshtiwari7099]

Thanks lot sir

[@omar-vy6fv]

legend

[@saifullahkhan4935]

Great

[@Enzah]

I dont think this method always works, bummer

[@boone7777777777]

What's up fellow calc 3 classmates

[@sparklesparkleglitter]

omg thank you

[@md65000]

Very helpful video. I have to say however that you should say "with respect to" not "with respects to". That's just basic English.

[@ManiacMonkeyPlayZ]

thanks cutie

[@rachelu8686]

hey btw this method doesn't always work. bad video.

[@mathrovert]

What was the vector field this method didn't work on?