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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
Given the following data, calculate the EMV for each investment alternative. Which is best based on the EMVs you calculated?
A bank wants to get new customers for their credit card. They try two different approaches in their marketing campaign. The first promises a "cash back" reward; the second promises low interest rates. A sample of 500 people are mailed the first br..
At 0.05 level of significance, is there evidence of noteworthy difference in variation in sales among different aisle locations?
A chance sample of 50 families revealed an average or median of $112,000 and a standard deviation of $40,000. What is the standard error of the average or median?
Suppose the manufacturers claim is right, determine the probability the mean of sample is 47,840 miles or less?
Derive the probability distribution of the completion times - For each of the distribution in (i) above, calculate their relevant statistics. A task is known to have the following time to completion
The main goal of correlation research is ______________
Regression equation to predict the dependent variable using multiple regression analysis:
Two events are mutually exclusive: If their intersection is 1, If they have no sample points in common.
Estimate a test statistic for null hypothesis H0: μ = 30 against two-sided alternative hypothesis H1 : μ ≠ 30, and by plotting this on its reference distribution.
At the 5% level of significance, can we infer that the population mean weight of athletic men is lower than the population mean weight of non-athletic men by more than 2 pounds?
Finding the probability of each event in a group of events of different possibility
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