One spring day, Dalvin noted the time of day and the temperature, in degrees Fahrenheit. During that time, the temperature rose, stayed steady, and fell, at different rates. On the set of axes below, Dalvin created a graph of temperature over time.
As an AI text-based model, I am unable to view or interpret images. However, I can still help you understand the general idea of graphing temperature over time.
In the graph created by Dalvin, the x-axis represents time, while the y-axis represents temperature in degrees Fahrenheit. The graph usually starts from the left side with an initial temperature and progresses towards the right side as time passes.
To create the graph, Dalvin would have plotted points at different times, representing the corresponding temperatures observed. The points can then be connected by lines or curves to show the changes in temperature over time.
If the temperature initially rose, the line connecting the points would slope upwards. If the temperature stayed steady, the line would be horizontal. And if the temperature fell, the line would slope downwards.
Based on the description, Dalvin noted the temperature at different points during the day, and the temperature rose, stayed steady, and fell at different rates. This would result in a graph with a combination of upward sloping lines, horizontal lines, and downward sloping lines, depending on the rate of temperature change at each point.
Since I cannot see the specific graph Dalvin created, I suggest using the instructions above to sketch and interpret the graph based on the given information.