Percentiles Smallest 18 .04 .04 5% .042 .041 10% .044 .042 Obs 49 25 % .048 .044 Sum of Wgt. 49 50% .054 Mean .056 Largest Std. Dev. .014 75% .062 .077 90% .071 .078 Variance .000196 95% .078 091 Skewness 1.646182 99% .107 .107 Kurtosis 6.583177 This question uses data on the percent of people who are positive for a disease. Use the Stata output below to answer the following questions. 1. What is the 95th percentile value of the percent of people who are positive for a disease? 95th percentile value= .078 2. Is the data A) right-skewed, B) left-skewed, or C) symmetrically distributed? Enter either A, B, or C as your answer. The data is A 3. What is the number of degrees of freedom that you would use to calculate

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3. What is the number of degrees of freedom that you would use to calculate
Add a C
the 95% confidence interval for the population mean number of benefits
distributed? Degrees of freedom= 48
4. What is the value of the upper bound of the 95% confidence interval for the
Med
population mean percent of people who are positive for a disease? Assume
Save
the relevant critical value=D2. Upper bound=
5. What is the value of the lower bound of the 95% confidence interval for the
population mean percent of people who are positive for a disease? Assume
the relevant critical value=2. Lower bound=
6. Someone claims that the population mean percent of people who are
positive for a disease is 0.05. Perform a two-sided hypothesis test of this
claim at the 1% significance level.
I. What is the relevant t-statistic? Round your answer to two decimal
places if necessary. t-statistic=
II. Assume the relevant p-value is 0.05. What is your conclusion?
at the
significance level. (Fill in
the blanks with two of the options A-L below. Enter only the letter (e.g.
A) as your answer)
MacBook Pro
Transcribed Image Text:3. What is the number of degrees of freedom that you would use to calculate Add a C the 95% confidence interval for the population mean number of benefits distributed? Degrees of freedom= 48 4. What is the value of the upper bound of the 95% confidence interval for the Med population mean percent of people who are positive for a disease? Assume Save the relevant critical value=D2. Upper bound= 5. What is the value of the lower bound of the 95% confidence interval for the population mean percent of people who are positive for a disease? Assume the relevant critical value=2. Lower bound= 6. Someone claims that the population mean percent of people who are positive for a disease is 0.05. Perform a two-sided hypothesis test of this claim at the 1% significance level. I. What is the relevant t-statistic? Round your answer to two decimal places if necessary. t-statistic= II. Assume the relevant p-value is 0.05. What is your conclusion? at the significance level. (Fill in the blanks with two of the options A-L below. Enter only the letter (e.g. A) as your answer) MacBook Pro
summarize disease, detail
Percent of People Positive for Disease
Percentiles
Smallest
1%
.04
.04
5%
.042
.041
10%
.044
.042
Obs
49
25%
.048
.044
Sum of Wgt.
49
50%
.054
Mean
.056
Largest
Std. Dev .
.014
75%
.062
.077
90%
.071
.078
Variance
.000196
95 %
.078
.091
Skewness
1.64 6182
99%
.107
.107
Kurtosis
6.583177
This question uses data on the percent of people who are positive for a disease.
Use the Stata output below to answer the following questions.
1. What is the 95th percentile value of the percent of people who are positive
for a disease? 95th percentile value= .078
2. Is the data A) right-skewed, B) left-skewed, or C) symmetrically distributed?
Enter either A, B, or C as your answer. The data is A
3. What is the number of degrees of freedom that you would use to calculate
MacBook Pro
Transcribed Image Text:summarize disease, detail Percent of People Positive for Disease Percentiles Smallest 1% .04 .04 5% .042 .041 10% .044 .042 Obs 49 25% .048 .044 Sum of Wgt. 49 50% .054 Mean .056 Largest Std. Dev . .014 75% .062 .077 90% .071 .078 Variance .000196 95 % .078 .091 Skewness 1.64 6182 99% .107 .107 Kurtosis 6.583177 This question uses data on the percent of people who are positive for a disease. Use the Stata output below to answer the following questions. 1. What is the 95th percentile value of the percent of people who are positive for a disease? 95th percentile value= .078 2. Is the data A) right-skewed, B) left-skewed, or C) symmetrically distributed? Enter either A, B, or C as your answer. The data is A 3. What is the number of degrees of freedom that you would use to calculate MacBook Pro
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