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OpenStudy (anonymous):
You would use the natural log to find the answer.
ln(9^x) = ln(34) ==> x * ln(9) = ln(34) ==> x = ln(34)/ln(9)
OpenStudy (danjs):
\[\large \log_{b}b^x = x \]
is a property
OpenStudy (anonymous):
so confused
OpenStudy (danjs):
you can do it zeldas way using the power property , bringing the x down in front
using the property i posted , take the log base 9 of both sides, and then you change the base formula to get the same thing
OpenStudy (anonymous):
\[\huge b^x=A\iff x=\frac{\ln(A)}{\ln(b)}\] and a calculator
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OpenStudy (anonymous):
in your case \(A=34,b=9\)
OpenStudy (anonymous):
oh so 1.605?
OpenStudy (anonymous):
idk i didnt do it
want to check?
OpenStudy (anonymous):
its right
OpenStudy (anonymous):
yes
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