anonymous
  • anonymous
Derive the following.
Calculus1
schrodinger
  • schrodinger
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anonymous
  • anonymous
\[(\frac{ y+1 }{ y-1 })^-17\]
anonymous
  • anonymous
That's to the power of -17
saifoo.khan
  • saifoo.khan
\[(y+1)^{-17} * (y-1)^{17}\]

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anonymous
  • anonymous
yeah i guess you can rephrase it that way?
saifoo.khan
  • saifoo.khan
Now i guess we'll use the product rule?
saifoo.khan
  • saifoo.khan
Dang! Why not apply the quotient rule? D:
anonymous
  • anonymous
you would get 1/ something
saifoo.khan
  • saifoo.khan
One more mistake. \[(\frac{y+1}{y-1})^{-17} \to (\frac{y-1}{y+1} )^{17}\]
anonymous
  • anonymous
yeah i had that in the beginning lol
saifoo.khan
  • saifoo.khan
Now apply the quotient rule!|dw:1358919611478:dw|
saifoo.khan
  • saifoo.khan
Lol. I didn't see it before.
saifoo.khan
  • saifoo.khan
|dw:1358919803476:dw|
saifoo.khan
  • saifoo.khan
|dw:1358920015994:dw|
anonymous
  • anonymous
a lot of work, but thanks saif! :)
saifoo.khan
  • saifoo.khan
So do you understand it or just gonna copy down the working? Jk.
anonymous
  • anonymous
no i actually got it haha. i was just confused as to how to start it...like there's another problem that involves chain rule and product rule, but i'm not sure which one to use first lol
saifoo.khan
  • saifoo.khan
Haha. ;) Practice makes a man pefect. ;D
anonymous
  • anonymous
lol yes it does haha thanks again

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