You have been hired by the Regional Real Estate Company to help them analyze real estate data. One of the company's Pacific region salespeople just returned to the office with a newly designed advertisement. The average cost per square foot of home sales based on this advertisement is $280. The salesperson claims that the average cost per square foot in the Pacific region is less than $280. In other words, he claims that the newly designed advertisement would result in higher average cost per square foot in the Pacific Region. He wants you to make sure he can make that statement before approving the use of the advertisement. In order to test his claim, you will generate a random sample of size 750 houses using data for the Pacific region and use this data to perform a hypothesis test.Generate a sample of size 750 houses using data for the Pacific region. Then, design a hypothesis test and interpret the results using significance level = .05. You will work with this sample in this assignment. Briefly describe how you generated your random sample.Introduction: Describe the purpose of this analysis and how you generated your random sample size of 750 houses.

• Hypothesis Test Setup: Define your population parameter, including hypothesis statements, and specify the appropriate test.
  • Define your population parameter.
  • Write the null and alternative hypotheses.
  • Specify the name of the test you will use.
  • Identify whether it is a left-tailed, right-tailed, or two-tailed test.
• Data Analysis Preparations: Describe sample summary statistics, provide a histogram and summary, check assumptions, and identify the test significance level.
  • Provide the descriptive statistics (sample size, mean, median, and standard deviation).
  • Provide a histogram of your sample.
  • Summarize your sample by writing a sentence describing the shape, center, and spread of your sample.
  • Check whether the assumptions to perform your identified test have been met.
  • Identify the test significance level. For example, = .05.
• Calculations: Calculate the p value, describe the p value and test statistic in regard to the normal curve graph, discuss how the p value relates to the significance level, and compare the p value to the significance level to reject or fail to reject the null hypothesis.
  • Calculate the sample mean and standard error.
  • Determine the appropriate test statistic, then calculate the test statistic.
    • Note: This calculation is (mean - target)/standard error. In this case, the mean is your regional mean (Pacific), and the target is 280.
  • Calculate the p value using one of the following tests.
    • Choose your test from the following:
      • =T.DIST.RT([test statistic], [degree of freedom]):right-tailed test
      • =T.DIST([test statistic], [degree of freedom], 1):left-tailed test
      • =T.DIST.2T([test statistic], [degree of freedom]):two-tailed test
    • Note: The degree of freedom is calculated by subtracting 1 from your sample size.
  • Using the normal curve graph as a reference, describe where the p value and test statistic would be placed.
• Test Decision: Compare the relationship between the p value and the significance level, and decide to reject or fail to reject the null hypothesis.
  • Compare the relationship between the p value and significance level.
  • Decide to reject or fail to reject the null hypothesis.
• Conclusion: Discuss how your test relates to the hypothesis and discuss the statistical significance.
  • Explain in one paragraph how your test decision relates to your hypothesis and whether your conclusions are statistically significant

Introduction

[Describe the purpose of this analysis. Briefly describe how you generated your random sample of 750 houses.]

Hypothesis Test Setup

[Define your population parameter.]

[Write the null and alternative hypotheses.]

[Specify the name of the test you will use and identify whether it is a left-tailed, right-tailed, or two-tailed test.]

Data Analysis Preparations

[Provide the descriptive statistics of the sample (sample size, mean, median, and standard deviation).]

[Provide a histogram of the sample.]

[Summarize your sample by writing a sentence describing the shape, center, and spread of your sample.]

[Check whether the assumptions to perform your identified test have been met.]

[Identify the test significance level. For example, = .05]

Calculations

[Calculate the sample mean and standard error.]

[Determine the appropriate test statistic, then calculate the test statistic.Note:This calculation is (mean - target)/standard error. In this case, the mean is your regional mean (Pacific), and the target is 280.]

[Calculate the p value using one of the following tests:]

Excel Function	Type of Test
=T.DIST.RT([test statistic], [degree of freedom])	Right-tailed
=T.DIST([test statistic], [degree of freedom], 1)	Left-tailed
=T.DIST.2T([test statistic], [degree of freedom])	Two-tailed

[Note:The degree of freedom is calculated by subtracting 1 from your sample size.]

[Use the normal curve graph as a reference to describe where the p value and test statistic would be placed.]

Test Decision

[Compare the relationship between the p value and significance level.]

[Decide to reject or fail to reject the null hypothesis.]

Conclusion

[Explain in one paragraph how your test decision relates to your hypothesis and whether your conclusions are statistically significant.]

below is the examples of the pacific region I can view it just copied and pasted the adobe view of the examples

https://documentcloud.adobe.com/link/review?uri=urn:aaid:scds:US:8aca59d8-157b-46a6-924c-e84359cc9e2a