Calculate Container Water Volume: Interpreting Time-Function Graph at 14 Minutes

To solve this problem, we need to read and interpret the provided graph that represents the amount of water in a container as a function of time. Let's follow these steps:

• Step 1: Locate the x-coordinate time value of 14 on the x-axis, which represents the time in minutes.
• Step 2: Find the corresponding point on the graph directly above this x-coordinate.
• Step 3: Read the y-coordinate from the graph at this point, which represents the amount of water in the container.

From the graph, at 14 minutes, the point on the graph lines up with the y-coordinate of 160. This means, at 14 minutes, there are 160 units of water in the container. We are assuming a constant graph scaling and spacing for accurate reading.

Therefore, the solution to the problem is $160$.