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# Which exponential equation represents this logarithmic equation?

$6705_w324_h19.png$

Question:

$6705_w324_h19.png$

A
$6854_w112_h41.png$

Explaination

Use the properties of logarithms to condense the given equation, then use the equivalence between logarithms and exponents to determine

$8382_w324_h19.png$, which becomes

$6193_w268_h21.png$, which becomes

$3955_w142_h41.png$

Recall that a logarithm of the form $8506_w85_h17.png$ can be written as an exponential equation as $2403_w61_h16.png$

Applying this to the logarithm above:

$1574_w112_h41.png$

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