The current electric Tesla Model S can travel an average of 300 miles on a single charge, μ equals 300 miles, with a presumed population standard deviation, σ, of 40 miles. You are a researcher for the team that is developing a prototype for the next Tesla Model S. Your objective is to produce a vehicle that will be able to be driven significantly more than 300 miles on a single charge. You have conducted a test of your most promising prototype; 100 test drives were made. Here are the results:---you can see in image(screenshot)What test statistic should you use?Step 2. Select the Level of Significance, αA 5 percent significance level has been selected. Step 3. State the null hypothesis (H0) and alternate hypothesis (H1)H0:H1: Step 5. Calculate the Value of the Test Statistic, p-value, Effect Size, and Power Step 6: Decide and Report 295.00 313.50 325.00 307.00 324.00 315.50 324.75 324.25 311.00 295.00305.00 302.00 304.00 330.00 290.00 329.00 330.00 290.00 302.00 304.00292.00 325.00 308.00 342.00 335.00 292.00 342.00 335.00 325.00 308.00309.50 315.00 315.00 305.00 322.00 313.00 355.50 322.00 315.00 315.00310.00 323.00 293.00 299.00 319.00 292.00 299.00 319.00 323.00 293.00312.00 307.00 290.00 289.75 312.00 324.00 310.00 326.00 327.00 309.00311.00 306.75 304.00 291.00 289.00 311.00 291.00 309.25 313.00 304.00310.25 301.00 304.00 334.00 314.75 329.00 334.00 313.25 301.00 304.00313.50 290.00 309.00 314.00 312.00 329.00 314.00 312.00 290.00 309.00310.00 289.00 311.00 312.00 325.00 317.25 312.00 325.00| 289.00 311.00

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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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The current electric Tesla Model S can travel an average of 300 miles on a single charge, μ equals 300 miles, with a presumed population standard deviation, σ, of 40 miles. You are a researcher for the team that is developing a prototype for the next Tesla Model S. Your objective is to produce a vehicle that will be able to be driven significantly more than 300 miles on a single charge. You have conducted a test of your most promising prototype; 100 test drives were made. Here are the results:

---you can see in image(screenshot)

What test statistic should you use?

Step 2. Select the Level of Significance, α

A 5 percent significance level has been selected.

Step 3. State the null hypothesis (H₀) and alternate hypothesis (H₁)

H₀:

H₁:

Step 5. Calculate the Value of the Test Statistic, p-value, Effect Size, and Power

Step 6: Decide and Report

295.00 313.50 325.00 307.00 324.00 315.50 324.75 324.25 311.00 295.00
305.00 302.00 304.00 330.00 290.00 329.00 330.00 290.00 302.00 304.00
292.00 325.00 308.00 342.00 335.00 292.00 342.00 335.00 325.00 308.00
309.50 315.00 315.00 305.00 322.00 313.00 355.50 322.00 315.00 315.00
310.00 323.00 293.00 299.00 319.00 292.00 299.00 319.00 323.00 293.00
312.00 307.00 290.00 289.75 312.00 324.00 310.00 326.00 327.00 309.00
311.00 306.75 304.00 291.00 289.00 311.00 291.00 309.25 313.00 304.00
310.25 301.00 304.00 334.00 314.75 329.00 334.00 313.25 301.00 304.00
313.50 290.00 309.00 314.00 312.00 329.00 314.00 312.00 290.00 309.00
310.00 289.00 311.00 312.00 325.00 317.25 312.00 325.00| 289.00 311.00

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