Question

Let's see how you're at calculus ;). Differentiate the following function:

Answer 1

\[f(x)=\ln(x^2+10)\]

Answer 2

\[\frac{ d }{ dx }\ln x=\frac{ 1 }{ x}\]

Answer 3

good job, surjthayer!

Answer 4

Next medal goes for the person who can explain it.

Answer 5

I wonder if this is your problem or you actually wondering if someone can do it.

Answer 6

Not you Surj, you had your medal cheeky. ;)

Answer 7

If people can actually do it.

Answer 8

\[\huge f(x) = \ln(x^2+10)\]

\[\huge f'(x) = \frac{ 1 }{ 10+x^2 }\times (10+x^2)'\]

\[\huge = \frac{ 2x }{ x^2+10 }\]

Answer 9

correct. took natural logarithms on bothside, differentiated with respect to x, and found the derivative. splendid job iambatman as well as surjthayer

Answer 10

Yes (d/dx) [f(u(x)] = [1/u(x)](du/dx]

Answer 11

Next challenge or no-go?

Answer 12

Next challenge or no-go?

Answer 13

Now opening new question.

Answer 14

Now opening new question.