The function is:
[tex]F(x)=\log _4(x+10)-2[/tex]To find the x-intercept, we let y = 0. Here, y is the function, F(x), so we have:
[tex]0=\log _4(x+10)-2[/tex]We need to solve this for x, the x-intercept. Shown below:
[tex]\begin{gathered} 0=\log _4(x+10)-2 \\ \log _4(x+10)=2 \\ x+10=4^2 \\ x+10=16 \\ x=16-10 \\ x=6 \end{gathered}[/tex]Hence,
x-intercept (6,0)
The end behavior is how the function behaves, or what it approaches, when x goes to infinity or negative infinity.
Let's look at its graph:
As u can see from the graph, the end-behavior:
• as x approaches negative infinity, y goes to negative infinity
,• as x approaches infinity, y goes to infinity