Complete the chart below to show the properties that hold true for the quadrilateral given in each row.
1 answer:
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Using the rules of logarithms, you can change it to
ln(
) + ln(
) =
ln(27
)
This is because when you have a factor in front of a logarithm, that turns into an exponent, and when you add logarithms, you multiply the factors inside of the logarithm.
So your final answer is D.
ln(
ln(27
This is because when you have a factor in front of a logarithm, that turns into an exponent, and when you add logarithms, you multiply the factors inside of the logarithm.
So your final answer is D.