Beatriz is creating graphs for her city’s Parks Department. Beatriz is trying to persuade the Parks Department to put in more gazebos for shade. For a local park, Beatriz wants to demonstrate the attendance as it changes every week. She also wants to show the temperature changes per month (sometimes temperatures reach below zero). Explain to Beatriz how to make the graphs correctly based on the data that she will collect and what labels, scales, and intervals each axis must have on each graph. Use complete sentences and support your reasoning.
this is an odd exercise. If she is wanting to provide shade, I wonder why? Is it the summer temperatures are very high?
Frankly, for her idea, I think I would just plot spring through fall temps, and plot a line graph of attendence on the same graph.
1 hour=360 seconds (60*60) 1 kilometer=1000 meters to convert kilometers/hour to meters/second you can just do 1(kilometer)/1(hour)=1000(meters)/360(seconds) seeing as how you want your final answer in hours well convert the 89.44m/s train into km/h 89.44*1000/360=?km/h then you just pick a speed somewhere in between the two numbers and convert it into miles per hour (mph) 1mph=1.60934km/h so x/1.60934=?mph for the 2.5 hours distance traveled you can just plug in the time (2.5 hours) and your chosen speed into the equation you listed above which will give you how many miles the train has travelled
To create graphs that effectively demonstrate the attendance and temperature changes at a local park, Beatriz should follow these guidelines:
1. Attendance graph:
- The Y-axis should represent the attendance, with the number of visitors increasing as you move up.
- The X-axis should represent the weeks of the year or specific dates within a week.
- Label the Y-axis as "Attendance (number of visitors)" and the X-axis as "Weeks/Dates".
- Use a reasonable scale that accommodates the maximum expected attendance.
- Determine suitable intervals on the X-axis based on the duration and frequency of data collection (e.g., weekly intervals).
2. Temperature graph:
- The Y-axis should represent the temperature, with higher temperatures at the top and lower temperatures at the bottom.
- The X-axis should represent the months of the year.
- Label the Y-axis as "Temperature (in degrees)" and the X-axis as "Months".
- Take into account that temperatures may occasionally drop below zero.
- Use a scale that encompasses the full range of temperatures recorded, including below-zero temperatures if applicable.
- Determine suitable intervals on the X-axis based on the duration of data collection (e.g., monthly intervals).
By following these guidelines, Beatriz can effectively present the attendance and temperature data to the Parks Department, providing them with valuable insights to support her case for more gazebos to offer shade in the park.