Question

QUESTION 18 \text{ } 1 POINT Rewrite $\log_3(6x) + \log_3(4y)$ as a single logarithm. Provide your answer below: $\log_\square(\square)$

          QUESTION 18 \text{ } 1 POINT
Rewrite $\log_3(6x) + \log_3(4y)$ as a single logarithm.
Provide your answer below:
$\log_\square(\square)$

QUESTION 18 1 POINT
Rewrite log3(6x) + log3(4y) as a single logarithm.
Provide your answer below:
log□(□)

Added by Daniel W.

Elementary and Intermediate Algebra

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

Instant Answer

Solved by Expert Joy Densmore

05/28/2022

Step 1

Step 1: Using the product rule of logarithms, we can combine log_(3)(6x) + log_(3)(4y) into a single logarithm. Show more…

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QUESTION 18 - 1 POINT Rewrite log_(3)(6x)+log_(3)(4y) as a single logarithm. Provide your answer below: log_(3)(24xy) QUESTION 18 - 1 POINT Rewrite log6+log4yas a single logarithm Provide your answer below: log24

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QUESTION 18 \text{ } 1 POINT Rewrite $\log_3(6x) + \log_3(4y)$ as a single logarithm. Provide your answer below: $\log_\square(\square)$

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