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You are looking for a way to incentivize the sales reps that you are in charge of. You design an incentive plan as a way to help increase in their sales. To evaluate this innovative plan, you take a random sample of your reps, and their weekly incomes before and after the plan were recorded. You calculate the difference in income as (after incentive plan - before incentive plan). You want to test whether income after the incentive plan is different from income before the incentive plan. What are the hypotheses for this test?
1) HO: μD = 0HA: μD ≠ 0
2) HO: μD ≤ 0HA: μD > 0
3) HO: μD ≠ 0HA: μD = 0
4) HO: μD > 0HA: μD ≤ 0
5) HO: μD ≥ 0HA: μD < 0
Compare the means of two populations using 96% confidence interval:
Explain distribution of sample means (shape , Expected value , and standard error ) for samples of n=36 selected from population with a mean of m =100 and standard deviation of s=12.
To find out the alternate hypotheses also critical value. A truck dealer claims where a new model will give trouble free service for at least 15,000 miles.
CASE STUDY: Are the Fish Safe to Eat? Assessing which Factors affect Mercury Levels in Fish in Maine Lakes.
Draw a column chart from grade book. Use column illustrating students' names; select one of the tests to plot.
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Compute a 3-month moving average forecast of demand for April through January (of the next year).
Compute the probability that student eats at fast food restaurant 2 or more times per week?
For this same sample of n = 45, find out the width of confidence interval around population mean? Illustrate all work.
Is the school district correct in assuming the girls are equal in performance to boys. They are 95% sure their assumption is correct.
If sensitivity and specificity remain constant, determine the relationship of prevalence to predictive value positive and predictive value negative?
Which combination of factors produces smallest risk of Type I error?
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