the water tank begins full.create a scatter plot to represent the amount of water in the tank over a 24-hours period
Does the tank leak? Is a faucet open? Why should the water level change?
We don't create plots here.
To create a scatter plot representing the amount of water in the tank over a 24-hour period, you'll need data points indicating the amount of water at different time intervals. Here's an example of how you can collect and organize the data for the scatter plot:
1. Decide on the time intervals for data collection, for example, every hour, every 30 minutes, or every 15 minutes. Let's assume you collect data every hour.
2. Start at the beginning of the 24-hour period with the tank full. Assign the time 0 (or any reference time you prefer) and the starting amount of water in the tank to the first data point. For illustration, let's assume the tank can hold 1000 liters of water.
Data Point 1: (Time: 0 hours, Amount of water: 1000 liters)
3. At each subsequent time interval, measure and record the amount of water in the tank. The data points will represent the time and respective amount of water in the tank. For this example, let's assume the water gradually decreases by 100 liters every hour.
Data Point 2: (Time: 1 hour, Amount of water: 900 liters)
Data Point 3: (Time: 2 hours, Amount of water: 800 liters)
Data Point 4: (Time: 3 hours, Amount of water: 700 liters)
...
Data Point 24: (Time: 23 hours, Amount of water: 100 liters)
4. Once you collect all the data points, you can plot them on a graph with time on the x-axis and the amount of water on the y-axis. Each data point will be represented by a dot on the graph.
5. Make sure to label the axes appropriately, such as "Time (hours)" on the x-axis and "Amount of water (liters)" on the y-axis. You can also add a title to the graph, such as "Water Level in Tank Over 24 Hours."
So, by following these steps, you can create a scatter plot that represents the amount of water in the tank over a 24-hour period.