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Available Jun 10 at 12 am - Jun 23 at 11:59pm CALCULUS I (2024L3-MATH-265-DL2) MASTERY \( \leftarrow \) Module 5 Assignment 1 Due Sunday, Jun 23, 11:59pm EDT (9) CURRENT OBJECTIVE (PAUSED) Use the first derivative test to find local extrema of a transcendental function REFRESHER (2) Use derivatives to find critical points of a function Question Find the critical points of the function \[ f(x)=-3 \sin (x) \cos (x) \] contained in the interval \( (0,2 \pi) \). Use a comma to separate multiple critical points. Enter an exact answer. Provide your answer below: \[ x= \] FEEDBACK MORE INSTRUCTION SUBMIT Content attribution

          Available Jun 10 at 12 am - Jun 23 at 11:59pm
CALCULUS I (2024L3-MATH-265-DL2)
MASTERY
\( \leftarrow \) Module 5 Assignment 1

Due Sunday, Jun 23, 11:59pm EDT (9)
CURRENT OBJECTIVE (PAUSED)
Use the first derivative test to find local extrema of a transcendental function
REFRESHER (2)
Use derivatives to find critical points of a function

Question
Find the critical points of the function
\[
f(x)=-3 \sin (x) \cos (x)
\]
contained in the interval \( (0,2 \pi) \).
Use a comma to separate multiple critical points. Enter an exact answer.

Provide your answer below:
\[
x=
\]
FEEDBACK
MORE INSTRUCTION
SUBMIT
Content attribution

Available Jun 10 at 12 am - Jun 23 at 11:59pm
CALCULUS I (2024L3-MATH-265-DL2)
MASTERY
← Module 5 Assignment 1

Due Sunday, Jun 23, 11:59pm EDT (9)
CURRENT OBJECTIVE (PAUSED)
Use the first derivative test to find local extrema of a transcendental function
REFRESHER (2)
Use derivatives to find critical points of a function

Question
Find the critical points of the function

f(x)=-3 sin (x) cos (x)

contained in the interval (0,2 π).
Use a comma to separate multiple critical points. Enter an exact answer.

Provide your answer below:

x=

FEEDBACK
MORE INSTRUCTION
SUBMIT
Content attribution

Added by Joseph Z.

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