Confidence level Critical value 0.90 �∗=1.645 0.95 �∗=1.960 0.99 �∗=2.576 488704.2995052.qx3zqy7 Jump to level 1 A biologist wants to know the highest likely proportion of squirrels in the area that are infected with a particular disease. A random sample of 100 squirrels was tested. Use Sheet 9 of the Excel file linked above to calculate �^ and the 95% confidence interval. �^= Upper bound for 95% confidence interval = Lower bound for 95% confidence interval = The biologist can say with 95% confidence that the true population proportion of the local squirrel population that is infected with the disease is in the interval [,]. The highest likely proportion is .
Confidence level Critical value 0.90 �∗=1.645 0.95 �∗=1.960 0.99 �∗=2.576 488704.2995052.qx3zqy7 Jump to level 1 A biologist wants to know the highest likely proportion of squirrels in the area that are infected with a particular disease. A random sample of 100 squirrels was tested. Use Sheet 9 of the Excel file linked above to calculate �^ and the 95% confidence interval. �^= Upper bound for 95% confidence interval = Lower bound for 95% confidence interval = The biologist can say with 95% confidence that the true population proportion of the local squirrel population that is infected with the disease is in the interval [,]. The highest likely proportion is .
Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
Publisher:Swokowski
Chapter10: Sequences, Series, And Probability
Section10.2: Arithmetic Sequences
Problem 51E
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Question
Click this link to download the spreadsheet for use in this activity.
Critical values for quick reference during this activity.
Confidence level | Critical value |
---|---|
0.90 | �∗=1.645 |
0.95 | �∗=1.960 |
0.99 | �∗=2.576 |
488704.2995052.qx3zqy7
Jump to level 1
Click this link to download the spreadsheet for use in this activity.
Critical values for quick reference during this activity.
Confidence level | Critical value |
---|---|
0.90 | �∗=1.645 |
0.95 | �∗=1.960 |
0.99 | �∗=2.576 |
488704.2995052.qx3zqy7
Jump to level 1
A biologist wants to know the highest likely proportion of squirrels in the area that are infected with a particular disease. A random sample of 100 squirrels was tested. Use Sheet 9 of the Excel file linked above to calculate �^ and the 95% confidence interval.
�^=
Upper bound for 95% confidence interval =
Lower bound for 95% confidence interval =
The biologist can say with 95% confidence that the true population proportion of the local squirrel population that is infected with the disease is in the interval [,].
The highest likely proportion is .
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