evaluate an aircraft altimeter data sample from different companies to determine if there are any differences in error. You have the following three options for running the appropriate f-test. Option 1 - compare one brand against a hypothesized mean to determine if the brand is statistically different than the assumed norm. In this case, you would have to cite where the hypothesized population mean came from. . Option 2 - compare one brand against another to see if there are significant differences between them. Option 3 - compare either altimeter error of ACME or Brand X before adjustment and calibration and after adjustment and calibration to see if there are any differences in the means (performance). Based on the type of dependent variable data (ratio) and the type of question in the scenario, you will use a f-test. As you know, there are three different types of f-tests you can use: One sample t-test (test for one population mean using Excel) Two sample t-test (hypothesis test for two population means using Excel) Paired t-test (compare before and after values for one type using Excel) For the purposes, we are revising some of these steps to focus on the statistical testing and interpretation aspect of hypothesis testing review a data set and construct a hypothesis statement. carefully examine the data on the table below Then, construct a hypothesis and address the following in a document. Describe what you are comparing. State your hypothesis in a sentence. Indicate the appropriate f-test that you will use to evaluate your hypothesis. State the alpha (a) level