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OpenStudy (luigi0210):
Rewrite it in log form and plug it into your calculator
\[\log_{5}24=x\]
OpenStudy (anonymous):
like this?
log(5*24
OpenStudy (luigi0210):
Do you know the change of base formula?
OpenStudy (jdoe0001):
well, the cancellation rule you want is \( \huge log_aa^x = x\)
OpenStudy (luigi0210):
\[\log_{a}x=\frac{logx}{loga}\]
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OpenStudy (jdoe0001):
woops... a bit .. anyhow hehe
OpenStudy (anonymous):
I don't know base formula.
OpenStudy (luigi0210):
I just gave it to you
OpenStudy (anonymous):
does it say log a first?
OpenStudy (anonymous):
try \[\ln 5^x = \ln 24\] then bring down the power x next to the ln to get this: \[x \ln 5 = \ln 24\]...now divide both sides by \[\ln 5\] to get the following: \[x = (\ln 24)/(\ln 5) \]...use your calculator to get the final answer.
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OpenStudy (anonymous):
I get 1.97 is that correct?
OpenStudy (luigi0210):
Yup!
OpenStudy (anonymous):
well the whole answer is 1.974635869
OpenStudy (anonymous):
That's correct!? the short one I take it?
OpenStudy (luigi0210):
Both are correct, do you know if they want a rounded answer?
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