Which of the following is equivalent to log sub{9} 36?
I got log36/log9 is this correct?
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Parth (parthkohli):
Yep! :D
Parth (parthkohli):
\(\Rightarrow \log_xy =\Large {\log y \over \log x} \)
Parth (parthkohli):
So are certainly correct
OpenStudy (anonymous):
Yep, this is the change of base formula at work :-)
Parth (parthkohli):
you are*
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OpenStudy (anonymous):
ha so do i get best answer lol kidding! ^.^
Parth (parthkohli):
Ohh 3 of em lol
OpenStudy (anonymous):
^_^
OpenStudy (anonymous):
@ParthKohli do you have some kind of formula clipboard open that you copy & paste from? That's so incredibly fast, no way you're typing all that syntax :-D
Parth (parthkohli):
I type it out @agentx5
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OpenStudy (anonymous):
No way lol
Parth (parthkohli):
I have a 70 day experience lol
OpenStudy (anonymous):
:-P
OpenStudy (anonymous):
Thanks guys :)
Parth (parthkohli):
You're welcome, mustache girl :P
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Parth (parthkohli):
*SHAKA*
OpenStudy (anonymous):
You wrote all this in a second?!
\Rightarrow \log_xy =\Large {\log y \over \log x}
I call shenanigans sir! :-3
Parth (parthkohli):
Yes. I did.
OpenStudy (anonymous):
^_^
You scary @ParthKohli
OpenStudy (anonymous):
haha
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Parth (parthkohli):
Using equation editor takes 1000x than typing it out lol