in the table x represents minutes and y represents the altitude of an airplane
To understand the relationship between the minutes and the altitude of an airplane, you can plot the data points in a graph. By doing so, you will be able to visualize the pattern and determine if there is any correlation between the two variables.
To plot the data points and create a graph, follow these steps:
1. Collect the data points: For each given minute, record the corresponding altitude of the airplane.
2. Set up a coordinate system: On a graph paper or using software like Microsoft Excel or Google Sheets, create a two-dimensional coordinate system. The x-axis represents time in minutes, and the y-axis represents altitude.
3. Mark the data points: Plot each data point on the graph by locating the x-value (minutes) on the x-axis and the y-value (altitude) on the y-axis. Mark a point where the lines intersect.
4. Connect the points: Once all the data points are plotted, connect them using a straight line. This line represents the pattern or trend between minutes and altitude.
5. Analyze the graph: Carefully study the graph to understand the relationship between minutes and altitude. If the line slopes upward, it indicates that the altitude increases with the passage of time. If the line slopes downward, it means the altitude decreases over time. If the line is horizontal, it suggests that the altitude remains constant regardless of the minutes passed.
By analyzing the graph, you can better understand the relationship between minutes and altitude for the airplane. Keep in mind that this method assumes a linear relationship between the variables, and there could be other factors at play that influence altitude.