Question

Agent Hunt transferred classified files from the CIA mainframe onto his flash drive. The flash drive already had 606060 megabytes on it before the transfer, and an additional 444 megabytes were transferred onto it each second.

Graph the relationship between the size of the files on Agent Hunt's drive (in megabytes) and time (in seconds).

Answer 1

To graph the relationship between the size of the files on Agent Hunt's drive and time, create a table showing the size of the files as they increase by 444 megabytes every second. Then, plot these points on a graph with time on the x-axis and file size on the y-axis.

Step-by-step explanation:

To graph the relationship between the size of the files on Agent Hunt's drive and time, we need to understand the rate at which the size of the files is increasing. We know that an additional 444 megabytes were transferred onto the flash drive each second. This means that the size of the files on the drive is increasing by 444 megabytes every second.

We can create a table to show the relationship between the size of the files and time. We can start by recording the initial size of 606060 megabytes and then adding 444 megabytes for each second that passes.

For example, after 1 second, the size would be 606060 + 444 = 606504 megabytes. After 2 seconds, it would be 606060 + (444 * 2) = 606948 megabytes, and so on.

To graph this relationship, we can plot the time on the x-axis and the size of the files on the y-axis. Each point on the graph will represent a specific time and the corresponding size of the files at that time.