For certain constants \(a,b,c,\) and \(d,\) the graph of the function \(y = \frac{ax + b}{cx + d}\)
has a vertical asymptote of \(x = 7\) a horizontal asymptote of \(y=-3\) , and a \(y\)-intercept of \((0,6)\). Find the \(x\)-coordinate of the \(x \)-intercept.
+118608 I just did a long answer and then lost it.
So I will give you the short version.
This is just a hyperbola.
You do not even need to worry about all those letters.
Just solve it as a hyperbola
\(y-k=\frac{k}{x-h}\\ y+3=\frac{k}{x-7}\\\)
Solve for k by subbing in (0,6)
then you have the equation. So you can easily find the x-intercept.
If you want to you can rearrange the formula to solve for a, b, c and d
