Okay, so here is what I have $\displaystyle P=1045ln(0.0016f+1)$
P= perceived pitch (mels), F= frequency (hertz)
I need to solve when P= 1500 algebraically.
Can anyone give me some sparks to start my engine? Thanks.
Okay, so here is what I have $\displaystyle P=1045ln(0.0016f+1)$
P= perceived pitch (mels), F= frequency (hertz)
I need to solve when P= 1500 algebraically.
Can anyone give me some sparks to start my engine? Thanks.
Well after doing that and reducing I got: $\displaystyle \frac{300}{209}=ln(.0016f+1)$ I don't know how to break up the ln part. Do I need it in log for like $\displaystyle \frac{300}{209}=\frac{log(.0016f+1)}{log(e)}$ but still I don't know how to break apart the $\displaystyle log(.0016f+1)$