To graph the logarithmic function $y = \log_2 x$, a technician converts the equation to its exponential form, ${}2^y = x$, to identify key data points. Match each chosen $y$-value below with the corresponding $x$-value that must be plotted on the graph.

A technical analyst is preparing a report that requires graphing the growth function $y = \log_2 x$. To generate a table of coordinates for the plot, the analyst must first convert the function into its exponential form. Which equation represents the correct exponential form for this purpose?

A quality control analyst is graphing the function $y = \log_2 x$ to model a decay process. True or False: According to the standard procedure, the analyst should first convert the equation to the exponential form ${}2^y = x$ and then select values for $y$ to calculate the corresponding $x$-coordinates.

A logistics coordinator is graphing the efficiency trend $y = \log_2 x$. Arrange the steps below in the correct order to graph this function using the standard point-plotting method.

A data technician is manually plotting the growth curve of a network system using the function $y = \log_2 x$. To generate the necessary coordinates, the technician converts the equation to its exponential form, ${}2^y = x$. If the technician selects a $y$-value of ${}3$, the corresponding $x$-value that must be plotted is ____.