SOLUTION: Can you check this answer please?
Use the Properties of Logarithms to write as a single log:
log12+(1/3)log7-log2
I know that adding means multiply them,
so I have
l
Question 924208: Can you check this answer please?
Use the Properties of Logarithms to write as a single log:
log12+(1/3)log7-log2
I know that adding means multiply them,
so I have
log (12)*[7^(1/3)] all /2 Found 3 solutions by Alan3354, Theo, stanbon:Answer by Alan3354(69443) (Show Source): You can put this solution on YOUR website! Use the Properties of Logarithms to write as a single log:
log12+(1/3)log7-log2
I know that adding means multiply them,
so I have
log (12) all /2
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It's all /2, but inside the log
=
=
way to check is to calculate the answer from the original equation and the final equation.
the answer should be the same.
original equation gets 1.059850597
final equation gets the same.
final equation is good.
Answer by stanbon(75887) (Show Source): You can put this solution on YOUR website! log12+(1/3)log7-log2
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= log(12) + log(7^(1/3)) - log(2)
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= log[12*7^(1/3)/2]
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= log[6*7^(1/3)]
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Cheers,
Stan H.
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