Days 1 - 15 You notice that after 6 days, approximately 29 of your employees will be sick and not able to work. You have a huge order you need to fulfill within the next two weeks. Because of this, you want to continue collecting data to determine how many people will have been infected by Day 15. The data for Days 1-15 in the table below. 1 Total number of infected people 1 2 Day Number of initially infected people Number of newly infected people 1 2 1 1 3 2 2 4 4 4 8 5 8 16 6 lb 13 29 7 29 14 43 8 43 19 62 9 62 16 78 10 78 89 11 89 4 93 12 93 2 95 13 95 2 97 14 97 99 15 98 99 15 93 99 5. What do you expect to occur as additional days are recorded in the table? Explain your answer. 6. Make a scatterplot of the data from Days 1-15 that shows the total number of infected people each day. 7. Determine the model and regression equation that best fits this data. How do you know this model is best? 8. Explain why the regression model changed after recording more data for this situation. What other scenarios would result in similar data?

Big Ideas Math A Bridge To Success Algebra 1: Student Edition 2015
1st Edition
ISBN:9781680331141
Author:HOUGHTON MIFFLIN HARCOURT
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Chapter9: Solving Quadratic Functions
Section: Chapter Questions
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Days 1 - 15
You notice that after 6 days, approximately 29 of your employees will be sick and not able to work. You have a
huge order you need to fulfill within the next two weeks. Because of this, you want to continue collecting data
to determine how many people will have been infected by Day 15. The data for Days 1-15 in the table below.
1
Total number of
infected people
1
2
Day
Number of initially
infected people
Number of newly
infected people
1
2
1
1
3
2
2
4
4
4
8
5
8
16
6
lb
13
29
7
29
14
43
8
43
19
62
9
62
16
78
10
78
89
11
89
4
93
12
93
2
95
13
95
2
97
14
97
99
15
98
99
Transcribed Image Text:Days 1 - 15 You notice that after 6 days, approximately 29 of your employees will be sick and not able to work. You have a huge order you need to fulfill within the next two weeks. Because of this, you want to continue collecting data to determine how many people will have been infected by Day 15. The data for Days 1-15 in the table below. 1 Total number of infected people 1 2 Day Number of initially infected people Number of newly infected people 1 2 1 1 3 2 2 4 4 4 8 5 8 16 6 lb 13 29 7 29 14 43 8 43 19 62 9 62 16 78 10 78 89 11 89 4 93 12 93 2 95 13 95 2 97 14 97 99 15 98 99
15
93
99
5. What do you expect to occur as additional days are recorded in the table? Explain your answer.
6. Make a scatterplot of the data from Days 1-15 that shows the total number of infected people each
day.
7. Determine the model and regression equation that best fits this data. How do you know this model is
best?
8. Explain why the regression model changed after recording more data for this situation. What other
scenarios would result in similar data?
Transcribed Image Text:15 93 99 5. What do you expect to occur as additional days are recorded in the table? Explain your answer. 6. Make a scatterplot of the data from Days 1-15 that shows the total number of infected people each day. 7. Determine the model and regression equation that best fits this data. How do you know this model is best? 8. Explain why the regression model changed after recording more data for this situation. What other scenarios would result in similar data?
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