Question

carrington.instructure.com > Module 1: WEEK-ONE TEST odule 1: WEEK-ONE TEST e Sunday by \( 11: 59 \mathrm{pm} \) Points 40 Submitting an external tool ailable Feb 8 at 11:59pm - Feb 16 at 11:59pm \( \qquad \) mtentautioution QUESTION \( 22 \cdot 1 \) POINT Simplify the given expression: \[ 12 \div 3-\left(18 \div 3^{2}\right) \] Provide your answer below: 2

          carrington.instructure.com
> Module 1: WEEK-ONE TEST
odule 1: WEEK-ONE TEST
e Sunday by \( 11: 59 \mathrm{pm} \)
Points 40
Submitting an external tool
ailable Feb 8 at 11:59pm - Feb 16 at 11:59pm
\( \qquad \)
mtentautioution

QUESTION \( 22 \cdot 1 \) POINT
Simplify the given expression:
\[
12 \div 3-\left(18 \div 3^{2}\right)
\]

Provide your answer below:
2

carrington.instructure.com
> Module 1: WEEK-ONE TEST
odule 1: WEEK-ONE TEST
e Sunday by 11: 59 pm
Points 40
Submitting an external tool
ailable Feb 8 at 11:59pm - Feb 16 at 11:59pm

mtentautioution

QUESTION 22 · 1 POINT
Simplify the given expression:

12 ÷ 3-(18 ÷ 3^2)

Provide your answer below:
2

Added by Tammy J.

Elementary and Intermediate Algebra

Alan S. Tussy, R. David Gustafson 5th Edition

Instant Answer

Solved by Expert Dj Tan

Step 1

Calculate \(3^2\). \[3^2 = 9\] Show more…

Show all steps

Thanks for your feedback!

carrington.instructure.com > Module 1: WEEK-ONE TEST odule 1: WEEK-ONE TEST e Sunday by \( 11: 59 \mathrm{pm} \) Points 40 Submitting an external tool ailable Feb 8 at 11:59pm - Feb 16 at 11:59pm \( \qquad \) mtentautioution QUESTION \( 22 \cdot 1 \) POINT Simplify the given expression: \[ 12 \div 3-\left(18 \div 3^{2}\right) \] Provide your answer below: 2