Chain Rule | MIT 18.01SC Single Variable Calculus, Fall 2010

[@georgesadler7830]

Professor Breiner thank you for helping students with calculus difficulties. Each student must practice in order to fully understand calculus one.

[@slavoie]

Thank you very much! So many years later, this is still very relevant and much clearer than what our instructor is *trying* to teach.

[@elamvaluthis7268]

Instructor christine breiner nicely explained thanks to MIT video

[@imegatrone]

I Really Like The Video From Your Chain Rule Instructor: Christine Breiner

[@datatradar]

Because, when she takes the 4th power to the other side it becomes the inverse of the 4th power

[@cluracan2670]

If your math skills had a hand, I'd put a ring on it! Thank you!a

[@RealEverythingComputers]

Thank you very much!

[@patrickhenderson4960]

Great explanation!

[@LAnonHubbard]

Excellent, thanks!

[@effortless35]

@redrum41987
x^4=y is the same as x = y^(1/4)
For example 3^4 = 81 or 81^(1/4) = 3
Also, remember that the 1/4 power is its 4th root.

[@zazkegirotron]

in fact it is not
x^4=y is the same as |x| =y^(1/4)

[@jiyeonshin8829]

very helpful! thank you!

[@DazHuang72]

Wait, soooo, why can't we just find some values of cos (theta) ^4 = 0 at the first place?

[@ben315to405thenstop]

......

[@sharfbh1727]

lf your mathematics skills had hand