14.5: The Chain Rule

Objectives:
9. Use the Chain Rule to find partial derivatives.
10. Find partial derivatives for implicitly-defined equations.

[@drubochowdhury770]

love you. God bless you.

[@balvsmalvs5425]

Really like your classes, ma'am. Many thanks.

[@josephthomas9593]

Thanks much easier to understand. Absolutely helpful.

[@vascomarques2380]

The handwriting is just insane

[@kyleparsotan6799]

Learning this course in 6 week to do diff eq. in fall 2020 in college.

[@1light4love]

as a 3rd year IN College, after a 15 yr gap of school, and now attempting it online during covid.... YOU GOT THIS!!! *& hopefully, so do i😳🤪*

[@tangerinesandvibes]

i hope it's going well!

[@mann8283]

@@1light4lovehow’s it going now?

[@haleytran7169]

god bless you, from the bottom of my heart you are my favorite person

[@user-kl2op2io8n]

shouldn't the equation where we write the partial derivatives be equal to 1 since the equation f(x,y,z)=1? 29:30

[@consiginh.muyooma9927]

Keep on uploading such tutorials

[@FNS_chn]

Thank for your vid. 😊

[@simayolcu9758]

Thank you so much :)

[@ibrahim--]

at 13:39 did she take the wrong partial derivative?

[@shahadalnaqbi1798]

did she? cuz my answer is diff than her's

[@s.x100]

Same

[@paul_io7796]

i really love your videos, but why delete some videos?

[@alexandraniedden5337]

Thank you! I haven't deleted any videos, but the privacy settings may be different (some are public, some are unlisted). I also didn't manage to record each lecture, some some videos may be missing.

[@paul_io7796]

@@alexandraniedden5337 thank you for the quick response, . I'll do my best to fill in the gaps. your videos have really helped me out

[@abdul7058]

This is calculus 2 ?

[@annika4755]

No, it's calc 3

[@jvzmeen]

here we are taking this as calc 2 who knows what they gonna teach as 3😿😩