O a. Approximately 95% confident that the population mean is within the sample intervals, thus it's probable that this is a good representative of the population. All samples appear to have equal...


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O a. Approximately 95% confident that the population mean is within the sample intervals, thus it's probable that this is a good representative of<br>the population. All samples appear to have equal intervals implying equal standard deviation and sample sizes<br>O b. There is about 90% confidence that the sample intervals contain the value of the unknown population mean. And this would imply that the<br>sampling distribution is a good representative of the population. All samples appear to have equal intervals thus their standard errors are<br>equal<br>Oc We are about 90% confident that the sample mean is within a certain distance of the unknown population mean. Increasing the sample sizes<br>for all samples would decrease this interval and thus our % confidence will also decrease. However, this will improve the precision of<br>estimating the population<br>Od. We could say that we are 99% confident that the sample intervals contain the value of the unknown population mean. This is a good<br>representation of the unknown population mean. It's apparent that sample#4's interval doesn't contain the population mean<br>

Extracted text: O a. Approximately 95% confident that the population mean is within the sample intervals, thus it's probable that this is a good representative of the population. All samples appear to have equal intervals implying equal standard deviation and sample sizes O b. There is about 90% confidence that the sample intervals contain the value of the unknown population mean. And this would imply that the sampling distribution is a good representative of the population. All samples appear to have equal intervals thus their standard errors are equal Oc We are about 90% confident that the sample mean is within a certain distance of the unknown population mean. Increasing the sample sizes for all samples would decrease this interval and thus our % confidence will also decrease. However, this will improve the precision of estimating the population Od. We could say that we are 99% confident that the sample intervals contain the value of the unknown population mean. This is a good representation of the unknown population mean. It's apparent that sample#4's interval doesn't contain the population mean
Which of the following statements best describes the % confidence that the sample intervals in<br>relation to the unknown population mean? Could we say that these samples are a good representative<br>of the population mean? What other characteristics are evident in the samples?<br>8.<br>3<br>Sample<br>10<br>

Extracted text: Which of the following statements best describes the % confidence that the sample intervals in relation to the unknown population mean? Could we say that these samples are a good representative of the population mean? What other characteristics are evident in the samples? 8. 3 Sample 10

Jun 04, 2022
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