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For more classes visit www.snaptutorial.com MTH 231 Week 1 DQs MTH 231 Week 1 Populations and Sampling Paper MTH 231 Week 2 DQs MTH 231 Week 2 Data—Organizing, Summarizing, Probability, and Distribution Worksheet
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   MTH 231 Entire Course For more classes visit www.snaptutorial.com  MTH 231 Week 1 DQs MTH 231 Week 1 Populations and Sampling Paper MTH 231 Week 2 DQs MTH 231 Week 2 Data  —  Organizing, Summarizing, Probability, and Distribution Worksheet MTH 231 Week 3 DQs MTH 231 Week 3 Life Sciences Article Analysis MTH 231 Week 4 DQs MTH 231 Week 4 Confidence Intervals in the Life Sciences Presentation MTH 231 Week 4 Distribution, Hypothesis Testing, and Error Worksheet MTH 231 Week 5 Final Exam MTH 231 Week 5 Hypothesis Testing and Correlation Worksheet     **************************************************************  MTH 231 Final Exam Guide Set 2 For more classes visit www.snaptutorial.com  We have another set of final exam guide which could be found on this link Use the following table for questions 1 and 2. Butterflies Red Blue  Orange Yellow Collected in spring 3 2 1 24 Collected in summer 14 7 8 24 Collected in autumn 12   72 9 43 1. If you randomly select one butterfly from the table above, what is the probability of selecting a red butterfly or one collected in spring? 2. If you randomly select one butterfly collected in spring, one butterfly collected in summer, and one butterfly collected in autumn, what is the probability of selecting all yellow butterflies? 3. Determine the appropriate approach to conduct a hypothesis test for this claim: Fewer than 5% of patients experience negative treatment effects. Sample data: Of 500 randomly selected patients, 2.2% experience negative treatment effects. A) Use the normal distribution. B) Use the Student t distribution. C) Use the chi-square distribution. D) Use nonparametric or bootstrapping methods. 4. Determine the appropriate approach to conduct a hypothesis test for this claim: The systolic blood pressure of men who run at least five miles each week varies less than does the systolic blood pressure of all men. Sample data: n = 100 randomly selected men who run at least five miles each week, sample mean = 108.4, and s = 20.3 A) Use the normal distribution. B) Use the Student t distribution. C) Use the chi-square distribution. D) Use nonparametric or bootstrapping methods.  5. Determine the appropriate approach to conduct a hypothesis test for this claim: The mean sodium content of a 30 g serving of snack crackers is 2,200 mg. Sample data: n = 130 snack crackers, sample mean= 3,100 mg, and s = 570. The sample data appear to come from a normally distributed population. A) Use the normal distribution. B) Use the Student t distribution. C) Use the chi-square distribution. D) Use nonparametric or bootstrapping methods. Use the following sample data to answer questions 6 through 12.A study of physical fitness tests for 12 randomly selected premedical students measured their exercise capacity (in minutes). The following data resulted: 25 61 23 22 24 53 33 31 23 23 63 71 6. Calculate the mean of the students’ exercise capacity.   7. Calculate the median of the students’ exercise capacity.  8. Calculate the mode of the students’ exercise capacity.   9. Calculate the standard deviation of the students’ exercise capacity.  10. Calculate a 90% Confidence Interval for the student's mean exercise capacity. 11. If premedical student Alisha has the exercise capacity of 42 minutes, convert her score to a z score among the distribution of exercise capacity above. 12. Alisha’s grandmother has an exercise capacity of 21 minutes, as measured in a similar study among Americans over seventy years old. The study sample has a mean of 15.2 minutes and a standard
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