Question

Derivative question

Answer 1

\[D \in respect \to x (-5/x^5+4\sqrt[5]{x}\]

Answer 2

would it break down to (-5 times x^5 - 4x^1/5)

Answer 3

i mean + 4x^1/5

Answer 4

i think you complicated things with that

Answer 5

\[\frac{d}{dx}(\frac{-5}{x^5}+4\sqrt[5]{x})\]
\[\frac{d}{dx}\frac{-5}{x^5}\ +\frac{d}{dx}4\sqrt[5]{x}\]
\[-5\frac{d}{dx}\frac{1}{x^5}\ +4\frac{d}{dx}\sqrt[5]{x}\]
\[-5\frac{-1}{x^6}\ +4\frac{1}{5\sqrt[5]{x^4}}\]
\[\frac{5}{x^6}\ +\frac{4}{5\sqrt[5]{x^4}}\]

Answer 6

1/5 - 5/5 = -4/5

Answer 7

\[\Large\frac{d}{dx}\sqrt[n]{x}\]
\[\Large\frac{1}{n\sqrt{x^{n-1}}}\]
maybe a good pattern

Answer 8

the first part isnt -25/x^6 ?

Answer 9

forgot a part ...\[\Large\frac{1}{n\sqrt[n]{x^{n-1}}}\]
maybe

Answer 10

it might be, im trying to type more than math :)

Answer 11

yep, bring out the -5, good eye