How to graph this function log with 3 base of x=x-2
\[\log_3x = x-2\] is what you wrote. that is not a function, I'm assuming there is a y somewhere in there
Nope that is what my professor wrote it to me to solve it and it really confusing me because there is no Y...
The equation that you wrote is exactly what I'm asking but it really gave me a hard time because there's no Y
well, then i suppose we should solve for x and see what happens, either things will cancel out or it will be a line at a given x,
I suppose if you wanted to solve this using analytical geometry, which might be the best way (only thing I can think to do without invoking some real creepy algebra) graph the left and the right separately, where they cross you will get the values for x that solves this (there are two) your two eqns would be \(y=\frac{\log x}{\log 3}\) and \(y= x-2\)
Thank you so much I will work on it...
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