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In this part of Activity #7, you will perform the non-parametric version of the tests you used in Activity 4. In each case, assume that you opted to use the non-parametric equivalent rather than the parametric test. Using the data files from earlier activities, complete the following tests and paste your results into a Word document:
1. Activity 6, Part A: non-parametric version of the dependent t test
2. Activity 6, Part B: non-parametric version of the independent t test
3. Activity 6, Part C: non-parametric version of the single factor ANOVA
An electronic test equipment manufacturing company markets a certain piece of specialty equipment. The company has several competitors who currently market similar pieces of equipment.
Consider the following exponential probability density function: This number represents the time between arrivals of customers at the drive-up window of a bank.
The random variable X is the distribution of siblings of a student selected at random from a particular secondary school. Its probability distribution is given in the table.
What is the 95% one-sided confidence interval for the average worker? What is the 95% predicted dose for a 95% one-sided confidence interval?
Determine whether each of the is an experiment or an observational study. Also identify the explanatory and response variables.
Then a second ball is drawn at random from the three ball in the box. what is the probability that the first ball drawn was white, given that at least one to the two balls drawn was white?
In order for Samuel's average calorie intake to equal a daily average of 2200 calories, how many calories of food must he consume on Thursday?
How can standardized z-scores be used to compare people across different contexts, such as the batting averages of two players -one who played in the 1970s and one who played in the 1990s?
Does this sample indicate a smaller average? Use α = 0.05 and assume a normally distributed population.
The company will replace any printer that fails within 1 year after purchase. What percent of printers can be excpected to fail during the warranty period.
Suppose that a researcher does a study to see how level of anxiety (A 1 = low, A 2 = medium, A 3 = high) is used to predict exam performance (Y).
Carryout the ANOVA and, if essential, post-hoc comparisons. Conduct a graph to represent group differences, and interpret ANOVA in a paragraph written in APA style.
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