Assume that the data contained in the file represents a random sample of cars from Japan, theUSA, and Other countries. Perform the following analysis.1. Sort, or Arrange, the data so that you have Gas Tank Size by Type of car. Note the Typeof car is Sporty, Compact, Medium, and Large. You will need a column for each Type.You can do this using the Sort feature and then copy and paste into separate columnsfor each Type, or you could use a pivot table with Model as a row variable, Type as thecolumn variable, and Gas Tank Size as the summary value. Once you have sorted andarranged the Gas Tank Size values by Type, Copy/Paste your sorted table to a newworksheet.2. Produce a boxplot of Gas Tank Size for each Type of car. Briefly comment on thefindings paying attention to the spread and the center of each Type of car's distributionas shown by the boxplot.3. Conduct the appropriate test to determine if there is a difference in mean Gas Tank Sizeby Type of car. Use a level of significance of 0.05. State your hypothesis, report the Fcritical and the Fcalculated from your test. Be sure to state your decision andconclusions.4. If it is determined that a statistical difference in Gas Tank Size exists by Type of car thenconduct a multiple comparison for all pairs of means to determine which pairs arestatistically different. (Conduct the Tukey-Kramer procedure as discussed in the video).You will need to compare Large to Medium, Large to Compact, etc. for all possiblepairwise comparisons. (Hint: there will be 6 pairs of contrasts). Use the table ofstudentized range, q values, to find the appropriate q value. The table is provided withthe assignment in a separate file.You must report the following in a short report (provide your answer next to each part a -g):a. The Null Hypothesisb. The Alternative Hypothesisc. The calculated F test statisticd. The critical F test statistic for a level of significance of 0.05e. Your conclusion for the statistical test.f. The percent of the variation in Gas Tank Size explained by Type of vehicle. This is R?g. Your post-test comparison of all possible pairs. SummaryCompactLargeMedium Sporty279033503265311028953325293533202640428536403280265535452880288524854025346529353065385534802780267036303195285027503735357033102920366529752695278038503450287030204040308024552745373531452170311034153015271029203185319022102645369036102690257534602885277527754000335029953930239029353695290029203780288529853480347033152680320022703220276530003065329534803140

Name: Assume that the data contained in the file represents a random sample
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Description: Assume that the data contained in the file represents a random sample of cars from Japan, theUSA, and Other countries. Perform the following analysis.1. Sort, or Arrange, the data so that you have Gas Tank Size by Type of car. Note the Typeof car is

Hi, we are supposed to answer three subparts at a time. Therefore, I am answering the first three…

Math

Statistics

a. The Null Hypothesis b. The Alternative Hypothesis c. The calculated F test statistic d. The critical F test statistic for a level of significance of 0.05 e. Your conclusion for the statistical test. f. The percent of the variation in Gas Tank Size explained by Type of vehicle. This is R2 g. Your post-test comparison of all possible pairs.

a. The Null Hypothesis b. The Alternative Hypothesis c. The calculated F test statistic d. The critical F test statistic for a level of significance of 0.05 e. Your conclusion for the statistical test. f. The percent of the variation in Gas Tank Size explained by Type of vehicle. This is R2 g. Your post-test comparison of all possible pairs.

MATLAB: An Introduction with Applications

6th Edition

ISBN:9781119256830

Author:Amos Gilat

Publisher:Amos Gilat

Chapter1: Starting With Matlab

Section: Chapter Questions

Problem 1P

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