exact differential equations (KristaKingMath)

[@The_Truth-_s_Out_There-101]

This might be 8 years late but your teaching style is brilliant. Taking a subject that is complicated for first-timers and explaining it in a way that can be understood and absorbed in so little time is an art and after looking through countless resources it is obvious that you are an artist. Educators should be screened for this trait before being placed in a classroom. Thank you for taking the time and effort to help students or those who self-study. Much appreciated.

[@gabbylebeau6856]

Stinking fantastic. Spent three hours on my first Exact Equation problem, then watched this video once and it not only explained the confusing nomenclature, but explained the process as well. Thank you.

[@WahWahWeeWah]

I've read the chapter on Exact Equation in different books, watched Khan Academy videos, and even videos from other channels, but only you were able to explain this well. It's hard to learn these things for the first time when so many educators assume the details are trivial. Thank you so much!

[@informativecontent4778]

krista and patrickjmt both r really really awesome

[@drhf1214]

among the legends of youtube math instructors. khan, patrick, you, mathpoweris4u. i wouldn't know what to do in college without you all!

[@kristakingmath]

Aww thanks! That's pretty good company! 😊 I'm glad I've been able to help along the way.

[@lesegomokgabudi5798]

You are the one who made me understand Exact eqs ......... THANK YOU and GOD BLESS YOU and your family

[@ignatiusnwankwo5134]

Thank you so much. The video was so clear and concise. You're a lifesaver.

[@mustafaturkay3777]

for sure you're the best online instructor, thanks for sharing your knowledge!

[@kristakingmath]

thank you very much, i'm honored!

[@Milgamix77]

Bro you are literally carrying me thru diff eq I love you

[@instaminox]

thanks a lot krista, I wish u the best

[@MrEasybreezey]

I'm only halfway through the playlist but I hope there's one that includes the wronskian. Looks like you cover every other aspect. I'm reviewing for my final in a month and properly using that was my only weak spot so far. Womp womp.

[@Dakota2147]

Excellent Video! I was a bit stuck on a problem but you cleared it up!

[@kristakingmath]

I'm so glad this helped!!

[@rlhemenway]

Thank you Krista for having such a clear and concise explanation. I really enjoy learning from your videos. I took your calc 2 and calc 3 courses on udemy.com and aced both of those classes in school. I guess I need to go back and pick up your diff eq course for my class this semester!!!

[@kristakingmath]

Oh, awesome, Robert! Thank you so much for supporting me on Udemy! And I'm so glad to know that you did so well in both of those Calc courses! :D

[@kidusbahiru4369]

Thank You, I appreciate your help.

[@andrescheibe8825]

Thanks for taking your time and giving such a great explanation. Really makes a difference :D

[@kristakingmath]

I'm so glad it helped!!

[@laserfrendez141]

unblieveable explanation ....i had long time confusion on this topic now i can do.....

[@salemonhalimon2756]

It is an excellent lesson, I really understood how to find a solution to the exact equation, because of you. Thanks a lot.

[@kristakingmath]

You're welcome, salemon, I'm happy to help! :)

[@xOxAdnanxOx]

great explanation.. thank you.. It also seems like finding the potential in Calc 3

[@anthonypascual9347]

Mind = Blown

[@bilawalkhan6025]

Thank you very much. your videos are very much helpfull for exminations.

[@kristakingmath]

Awesome! Thanks for letting me know.

[@kiirukun4040]

Thank you!! You are million times better than my professor.

[@kristakingmath]

+kyiel legaspi You're welcome, I'm glad the videos are helping!

[@SebastianLopez-nh1rr]

Just make de integral of M with respect to x plus the integral of N with respect to y equal to C. BUT when integrating N apply the integral only for constants or functions exclusively of y (i.e. Ignoring every expression with x as a factor). Don't know why it works, but you bet it does. Great video by the way. My teacher is an excellent "methodologist" but not such a great theorist. Ps. If someone could prove my teacher's method it would be awesome.

[@CADGraphicsTutorials]

Thank you so much, that was perfectly explained!

[@kristakingmath]

Thanks! Glad you liked it!

[@glmstar]

I love this teacher!

[@user-zg4sn5jo6v]

The video is great, I hope you make more differential equations videos.

[@kristakingmath]

Thanks!

[@altinguberi]

Finally I got it from you ;) I like the way you explain :)

[@kristakingmath]

Thank you! I'm so glad it's finally making sense!

[@feeona1720]

can't thank u enough..This vid just made understand what exact equation is

[@kristakingmath]

I'm so glad the video helped! :D

[@shivamtiwari3679]

Amazing teacher of Mathematics

[@kristakingmath]

Thank you so much, Shivam!

[@abcdxx1059]

Thanks a lot these really helped me

[@kristakingmath]

You're welcome, abcd, I'm so glad the videos are helping! :D

[@jamellyfreitasferreirajame2109]

Thanks you, girl. You're awesome!

[@prabinlamsal5125]

Thank you very very much.

[@samchau3476]

You're the best!!

[@JamesBond-zw4be]

Wow! Now my Professor knows how to do this but doesn't know how to teach, and what I didn't learn in an 1:20 minutes of class I learned in 16 minutes.

[@kristakingmath]

I'm so glad this helped! :D

[@hurrdurr25]

This seems very similar to finding if a vector field is conservative

[@nataliagavryshova8911]

Work of a lecturer is incorrect. Integrating f(x,y) for x we obtain a set of antiderivatives plus any function that depends of y. ( the constant with respect to x). So for y.

[@donaldmoon3527]

Why is the chain rule like that ,

[@aleksandarjankovski6542]

GREAT EXPLANATION!

[@kristakingmath]

Thank you so much, Aleksandar, I'm so glad you liked it! :)

[@noahetan4766]

thank you, I love your videos! please do more thank you! love you! :*

[@kristakingmath]

+Noah Etan You're welcome! I'm so glad they help, and I will definitely keep making more!

[@yousefdheyab1457]

thank you very much it helped me alot

[@kristakingmath]

you're welcome, i'm so glad it helped!

[@thabosithole6211]

Well explained🤝

[@saksham3002]

ur psi is so beautiful.... thanx for the video...my maths teacher sucks! u are the calculus expert!

[@abdallahmohamed9783]

why if f(x,y) is a continuous func ,then sy of x,y =sy of yx ?? thanks in advance

[@chummyigbo8844]

Thank you ma'am

[@AS-rm2cs]

Thank you so much!!

[@kristakingmath]

+xxalmaann You're welcome!

[@lesegomokgabudi5798]

Thanks a lot

[@kristakingmath]

You're welcome, Lesego! :)

[@sparescratch1623]

I have a quick ? I already took college algebra and need calculus which path should I take before taking calculus. 1 take precalculus then calculus or 2. Take trigonometry then calculus ?

[@kristakingmath]

you'd be totally fine either way, but i'd probably recommend taking precalculus instead of trig. just make sure that you understand trig functions and the unit circle by the time you're done with precalc. :)

[@shanellgeorge9056]

When you differentiated N(x) why is the y^2 portion 0 if y is held constant ?

[@kristakingmath]

+Shanell George Remember how when you take the derivative of a single-variable function like x^2+2x+1, the derivative of the 1 is 0 because the derivative of a constant is always 0? Well, it's the same thing here when you take the partial derivative of a multivariable function. If you're taking the derivative with respect to x, then you treat y like it's a constant. And if y is a constant, then y^2 is also a constant, and the derivative of any constant is 0.

[@shanellgeorge9056]

+CalculusExpert.com Thank you I didn't look at it in that way

[@hamidsalah2854]

Very very very good ❤️❤️❤️❤️❤️

[@kristakingmath]

+Hamid Salah Thanks!

[@1234Islamic]

Great vid :D

[@kristakingmath]

thank you!!

[@aleksandarjankovski6542]

Brava!

[@ManojlohanManojlohan09]

..hmm.. i got it .. thnx..

[@informativecontent4778]

thanks mam u so so much awesome my grade owes u a drink

[@pay7183]

Can someone please explain to me why (thi)x+(thi)y*(dy/dx)=(d/dx)*(thi (x,y))? Thx

[@sagargurung8682]

What is the app you are using!?

[@kristakingmath]

I explain here :) www.kristakingmath.com/blog/how-i-create-my-videos

[@sagargurung8682]

thanks.. ;)

[@mohammadalshar8584]

i love you

[@rudymelo880]

Thank you so much!! My professor is terrible

[@kristakingmath]

+Rudy Melo Glad I could help!

[@willeett]

..hmm.. i got it .. thnx..

[@anzatzi]

maybe too much for one video, but very impressive none the less

[@nsifrahman9031]

Why are you soo shy

[@marcelonovo4649]

no offence, but your method is complicated.