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Final Assignment Part A - Confidence Intervals and Hypothesis Testing (One Population)
1.Can you create a 99% confidence interval of the number of calories in 3 ounces of french fries based on a sample of 8 batches of french fries, weighing 3-ounce each, taken from different restaurants. The sample has a mean of 244.5 and a sample standard deviation, s, of 21.7. Interpret the results.
Determine a setting for the mean number of ounces per bottle of soda that minimizes the expected cost per year of producing soda.
Find the value of k. Find the cdf of X. Find the mean and the variance of X.
Using this information, calculate Beta risk (probability of Type II error) if the true population mean really is 77.
What is the probability that Abby has no Caf-Pows on the show?- What is the probability that she is shown having at most 3 Caf-Pows on the show?
Discuss how scale impacts the interpretation of a graph and name the lowest number of a statistically significant sample size and state the statistically appropriate percentage total of displays
a. Formulate this problem as a linear programming problem
Susan Williams has been the production manager of Medical Suppliers, Inc., for the past 17 years. Medical Suppliers, Inc., is a producer of bandages and arm slings.
Suppose that on each play of a certain game, a person will either win one dollar with probability 1/3 or lose one dollar with probability 2/3.
Interpret the slope of this line in context.- Explain why it's silly to attach any meaning to the y-intercept.- When this model predicts high Fuel Efficiency, what can you say about those predictions?
suppose we select an srs of size n 100 from a large population having proportion p of successes. let p be the
A certain queueing system has a Poisson input, with a mean arrival rate of 4 customers per hour. The service-time distribution is exponential, with a mean of 0.2 hour.
Determine the upper control limit (UCL) and lower control limit (LCL) for an X-Bar chart if six samples of subgroup size 5 (n=5) were collected, and the mean of the sample averages is 4.7 and mean of the sample ranges is 0.35.
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