Answer:
C. Town A has the greater average number of dogs per neighborhood.
Step-by-step explanation:
First, find Town A's average number of dogs per neighborhood. Since the graph is a straight line, you can find the number of dogs per neighborhood by dividing a given y-value by its x-value counterpart:
(4,60)
60 dogs / 4 neighborhoods
<u>15 dogs / neighborhood.</u>
Now, we must find the average number of dogs per neighborhood in Town B. Since the equation is y = 10x, where x is the number of neighborhoods, in 1 neighborhood, there are 10 dogs:
<u>10 dogs / neighborhood.</u>
Finally, compare the two values:
15 > 10
<u>C. Town A has the greater average number of dogs per neighborhood.</u>
Answer:
Step-by-step explanation:
<em>1).</em>
Frequency tables are used to represent datasets and their frequencies
The average number of miles he drove per month is 1358.3 miles
<h3>How to determine the average number of miles</h3>
From the frequency table, the total number of miles travelled in a year is:
Total = 16300 miles
There are 12 months in a year.
So, the average number of miles is:
Divide
Hence, the average number of miles he drove per month is 1358.3 miles
Read more about average at:
brainly.com/question/20118982
The data about the number of minutes per day is so confusing. I'll just answer it based on what I understood from the data provided:
Monday: 480 minutes
Tuesday: 450 minutes
Wednesday: 495 minutes
Thursday: 480 minutes
Friday: 300 minutes
We need to add up all the minutes worked for the week:
480 + 450 + 495 + 480 + 300 = 2,205 minutes
2,205 minutes / 60 minutes = 36.75 hours
36.75 hours is less than the maximum number of hours worked in a week which is 40 hours.
36.75 hours translates to 36 hours and 45 minutes of work for the week.
