Final answer:
The question deals with the correlation between temperatures and park attendance and involves plotting data to identify patterns. It also touches on understanding weather patterns through statistical analysis of a dataset. Finally, it includes converting temperatures from Celsius to Fahrenheit.
Step-by-step explanation:
The question involves analyzing the correlation between two sets of data: temperatures and the number of attendees at a city park. To approach this, we examine the temperatures and attendance figures provided, perhaps plotting them on a scatter plot to see if there is a visible pattern or correlation. Understanding this relationship would require statistical tools such as calculating the correlation coefficient.
Additionally, looking at the set of daily high temperatures in a town for a month and considering the extreme temperatures recorded in Chicago, Illinois, we can discuss typical weather patterns by assessing the entire dataset rather than just extremes. This practice is fundamental to statistical science, which seeks to understand trends and patterns over time.
Conversion to Fahrenheit
Finally, to convert the summer temperature of 45 ℃ reported during the unusually warm European summer of 1995 into the Fahrenheit scale, we use the formula (45 ℃ × 9/5) + 32 to get 113 ℉.