Question

(242) Calci Content ALEKS - Lc www-awu.aleks.com/alekscgi/x/Isl.exe/1 Differentiation Finding the derivative of a composition... \[ \square 0 / 3 \] Find the derivative of the function. \[ g(t)=\cos (\ln t) \] \[ g^{\prime}(t)=\square \] ? • \( e \) ? \( \cos [ \) ? \( \sec [ \) ? Explanatior Check

          (242) Calci
Content
ALEKS - Lc
www-awu.aleks.com/alekscgi/x/Isl.exe/1

Differentiation
Finding the derivative of a composition...
\[
\square 0 / 3
\]

Find the derivative of the function.
\[
g(t)=\cos (\ln t)
\]
\[
g^{\prime}(t)=\square
\]
?

•
\( e \)
?

\( \cos [ \)
? \( \sec [ \)
?

Explanatior
Check

(242) Calci
Content
ALEKS - Lc
www-awu.aleks.com/alekscgi/x/Isl.exe/1

Differentiation
Finding the derivative of a composition...

□ 0 / 3

Find the derivative of the function.

g(t)=cos (ln t)

g^'(t)=□

?

•
e
?

cos [
? sec [
?

Explanatior
Check

Added by Stephen C.

Basic Technical Mathematics with Calculus

Allyn J. Washington, Richard S. Evans 11th Edition

Chapter 27

Thanks for your feedback!

(242) Calci Content ALEKS - Lc www-awu.aleks.com/alekscgi/x/Isl.exe/1 Differentiation Finding the derivative of a composition... \[ \square 0 / 3 \] Find the derivative of the function. \[ g(t)=\cos (\ln t) \] \[ g^{\prime}(t)=\square \] □ • \( e \) □ \( \cos [ \) □ \( \sec [ \) ட Explanatior Check