potential function of the conservative vector field, three dimensions (KristaKingMath)

[@TheHooper]

Krista, you are AWESOME. Thanks for being so thorough and not assuming pre-requisite knowledge (when convenient)...best calc videos on youtube!

[@millexouma6081]

great explanation i ever found on youtube!kudos madam!

[@Nifa98]

This is the clearest method I've seen. Its easy to adapt to various problems. Thanks so much!

[@kristakingmath]

You're so welcome! I'm glad it could help. :)

[@richardcrafton1805]

Thanks for the explanation. You're literally carrying me through my calc courses.

[@vrendus522]

Thanks for the beautiful explanation.Put this one in my notes.Your'e an angel, thanksmuch ;)

[@adelnaqvi3154]

I literally can't thank you enough. God bless ✌️

[@alialhameedi990]

Thanks for this video Krista

[@jhan9964]

Thank you for every detail instruction!! Finally understood clearly

[@kristakingmath]

You're welcome, I'm so glad it helped!

[@salami19-v4t]

this video is amazing, THANK YOU. saved me big time

[@sbk1398]

Thank u so much. This is the clearest video I've found so far.

[@kristakingmath]

I'm glad you liked it!

[@TheGhost13X]

I love you , you're an angel! Thank you so much! Keep doing these awesome videos!

[@bsteinmetz400]

Thank you so much! from the bottom of my heart.

[@emmadale6873]

@6:38 You can have a vector field whose curl equals zero still not be conservative.

[@deardi9928]

still watching your tutorial!!!!! rllllllllly helpful, thank you very much!! Love u :)

[@kristakingmath]

Happy to help, Di! :D

[@outofcontrolfem8541]

BTW I love your videos, you helping me to survive a Calc 3 course!!

[@kristakingmath]

Awesome, I'm so glad the videos are helping!

[@Dreadheadezz]

Great video! helped me out so much :)

[@kristakingmath]

Thanks, Tre! I'm so glad it helped! :)

[@wilveryescas4166]

i really liked your explanation and i wanted to ask you what would happen if fz (min13:45) =0 would my potential be just the the fx+k? the zero does not appear on the Fz portion to compare it to like your example does

[@elie3423]

:o that was surprisingly clear !

[@namehere630]

thank you. I was thinking I'd fail my finals, but now I might actually get a decent score at least.

[@kristakingmath]

You're welcome, Name! :)

[@muwongeevanspaul9640]

What.....I have understood Krista

[@erick.gudino]

thank you so much this is very helpful!

[@kristakingmath]

You're welcome, Erick! I'm so glad it helped! :)

[@eyobcherient]

tnxs lady ur video helps a lot

[@outofcontrolfem8541]

Could you please add video on divergence? - Thanks!

[@kristakingmath]

I'll try to add one. :)

[@swarnalathareddy6137]

its awesome it was so helpful

[@kristakingmath]

Glad it helped! :D

[@alexfedal980]

Awesome !

[@Lissteem]

Very good, Thank you!

[@kristakingmath]

+Felix Lissaker You're welcome!

[@blossomtv4020]

You are pretty, you know. Thanks so much for this

[@sleverlight]

Thanks so much!!!!

[@kristakingmath]

You're welcome, Noora! :)

[@AcidLake99734]

"The derivative of 0 is just a constant." How is that possible?

[@wilveryescas4166]

the integral of of a Constant is zero so if you have zero and want to know where it came from. you take the intral of zero that can only be obtain from integral of zero