a942e9…: “Out of an exciting sea”

$\newenvironment {prompt}{}{} \newcommand {\accordion }[0]{} \newcommand {\ungraded }[0]{} \newcommand {\xmDefaultPreamble }[0]{xmPreamble.tex} \newcommand {\xmDefaultPrintstyle }[0]{xmPrintstyle.sty} \newcommand {\todo }[0]{} \newcommand {\oiint }[0]{{\large \bigcirc }\kern -1.56em\iint } \newcommand {\mooculus }[0]{\textsf {\textbf {MOOC}\textnormal {\textsf {ULUS}}}} \newcommand {\sagemath }[0]{\textsf {SageMath}} \newcommand {\surfaceColor }[0]{violet} \newcommand {\surfaceColorTwo }[0]{redyellow} \newcommand {\sliceColor }[0]{greenyellow} \newcommand {\vector }[1]{\left \langle #1\right \rangle } \newcommand {\sectionOutcomes }[0]{}$

Let $M(x) = \log _5(x-4)$ with its natural domain.

The vertical asymptote of the graph of $y = M(x)$ is $x = \answer {4}$.

Let $G(w) = \log _3(w+1) + 4$ with its natural domain.

The vertical asymptote of the graph of $z = G(w)$ is which of the following.

$-1$ $4$ $x = -1$ $w = 4$ $w = -1$

Let $R(k) = \log _7(4-k)$ with its natural domain.

The vertical asymptote of the graph of $y = R(k)$ is which of the following.

$4$ $0$ $x = 4$ $k = 4$

2025-05-17 23:50:03