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OpenStudy (anonymous):
PLEASE HELP
expand the logarithmic expression
(will input expression w/ the equation creator)
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OpenStudy (anonymous):
\[\log _{6} c/4\]
OpenStudy (anonymous):
Do you want the series expansion of log or do you want to write it as \[\log_{6} c- \log_{6} 4\] (log a/b)=log a- log b
OpenStudy (anonymous):
2nd, to give me a more simple answer, not series expansion
OpenStudy (anonymous):
Mth3v4 I cant see what you wrote can post a link please is says canot conect to web
OpenStudy (anonymous):
So just use log(a/b)=log a- log b the answer i have already mentioned.
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OpenStudy (anonymous):
so what the expanded form be log base 6 c over log base 6 4?
OpenStudy (anonymous):
What you have posted is log base 6 c over 4 NOT
log base 6 c over log base 6 4.
OpenStudy (anonymous):
so i have it flipped around, the denominator i have is the numerator and vise-versa?
OpenStudy (anonymous):
What on earth are you saying? The answer is just \[\log_{6}c-\log_{6}4 \]
OpenStudy (anonymous):
haha sorry, i just dont see that in mmy multiple choice answers, what is it in series?
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OpenStudy (anonymous):
im sorry, thanks for helping me
OpenStudy (anonymous):
No problem :)
OpenStudy (anonymous):
nvm i got it, thanks!!
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