Derivative of the vector function (KristaKingMath)

[@arta0613]

I've finished my Calculus courses but I still watch your videos because you explain it so well!!

[@kristakingmath]

:D

[@brianzar1943]

You're awesome, I've been subscribing for about a year, and I don't regret a second of that! Please keep up the good work.

[@kristakingmath]

+Brayen Zar Wow, thank you so much!

[@brianzar1943]

You're welcome! I was wondering if you do Linear Algebra videos?

[@kristakingmath]

+Brayen Zar I don't have Linear Algebra yet, but I may add videos for it in the future. :)

[@barovierkevinallybose1040]

Heading into class on Wed for this topic. Its calc I all over again. Dreading this!

[@susmiazima5907]

omg !!!u save my life all the time.I love you n ur videos..u make the most complicated problems so easy..

[@chikeunegbu8568]

Thank you so much for this video. You're so smart I have been watching several videos all are trash👍🏽

[@kristakingmath]

You're welcome, Chike! I'm so glad you liked the video! :D

[@ThePinoyMamba]

Thanks Krista! Appreciate the review.

[@kristakingmath]

You bet! :D

[@GandhiWorld123]

Thank you

[@bluehorseshoe444]

Good night... you are AWESOME!!!

[@kristakingmath]

Right back at ya! 😎

[@gowtham4410]

what software do you use

[@kristakingmath]

+gow tham I explain here: kristakingmath.com/my-videos

[@BakkaChi]

Thanksa a lot

[@saniamuneer]

If I don't write 0j my professor will give me 0 marks for turning 3 dimension question into 2 dimension answer 😂. Otherwise, your method of teaching is great keep it up!

[@kristakingmath]

Thanks, will do!! 🤓

[@JohnCena-lt1el]

sick content but what about if it's not defined in terms of t but as (ix + jy + kz)/ (x^2 + y^2 + z^2) appreciate all of your videos wish i'd discovered you earlier in my semester

[@minhluanne7462]

thank you