Derivative of cos(x^2), cos^2(x), and cos(2x) with Chain Rule | Calculus 1 Exercises
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- Опубліковано 18 бер 2023
- We find the derivative of cosx^2 with the chain rule, cos^2x with the chain rule, and cos2x also with the chain rule. Just for kicks, we also differentiate cos^2(cos(cos(lnx))) at the end. #apcalculus #calculus1
Derivative of sin(x^2), sin^2(x), and sin(2x) with Chain Rule: • Derivative of sin(x^2)...
Derivative of tan(x^2), tan^2(x), and tan(2x) with Chain Rule: • Derivative of tan(x^2)...
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Thank you so much. Retaking calculus after 8 years and your videos have been soooo helpful.
Glad to hear it! Thanks for watching and let me know if you ever have any questions!
@@WrathofMath will do
This was a fantastic breakdown, thank you!! This was so much easier to follow than on slides in class. The color coding definitely too!
You're very welcome!
Thanks so much due to this I understood differentiation
Amazing video its my first time learning learning about that nested chainrule. Will be on the look out for more
I have several videos just like this one - as you've probably seen! Hope they, and the rest of my calc exercises playlist, are helpful!
I literally love you so much for this video and this video, alone. Massive thank you!
Glad to help, thanks for watching! If you ever need more videos, over 100 calc exercises in my playlist: ua-cam.com/play/PLztBpqftvzxUEqGGgvL3EuIQUNcAdmVhx.html
Thank you, well explained 👍🏻
Glad to help! Thanks for watching and let me know if you ever have any questions.
Thanks for the explanation
Thanks for watching!
thank you for this beautiful explanation☺
You're welcome 😊
Thank you sir i was stucked at the theta^2😅
Glad I could help!
Thank you so much. You made it easy for me
Glad it helped!
Just found this before my college midterm, life saver lol
Glad to help! Lots more in my Calc 1 exercises playlist: ua-cam.com/play/PLztBpqftvzxUEqGGgvL3EuIQUNcAdmVhx.html
Good luck!
Thank you so much. Ur way of explanation is too good. Although my mother tongue is Punjabi , i understood .
Glad to hear that! Thanks for watching!
Thank you so so much
You're very welcome - thanks for watching!
great video thank you
Glad to help - thanks for watching!
Thank you sir
Welcome!
Thank sir❤
You're welcome!
Good explanation
Thanks!
Thankyou sir
Thanks for watching!
thank u
Glad to help - thanks for watching!
It would be best if you had a more giant microphone :)
mayhap
2(cos(cos(ln0)))*(-sin(cos(ln0)))*-sin(ln0)*1/x
Thanks! It was very useful
Awesome - thanks for watching! I have a bunch of lessons like this one, I'm sure you'll find them in my Calc Exercises playlist!