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a) In what order should the cars be processed through the facility that is the most efficient overall?
b) How long from start to finish will it take to complete the processing the five cars?
c) How much idle time was incurred by the washing process?
d) How much idle time was incurred by the waxing process?
e) Suppose there are 10 products you are creating that require time in 3 different machines. Make up the data corresponding to these 30 values, what is the optimal schedule?
f) For the made up proboem, how long is the total time to complete the production of all 10 products?
g) How much idle time is there are on all 3 of the machines?
Consulting
h) How might Statistical Process Controls impact scheduling in a real business situation?
i) How might Queuing Theory impact scheduling in a real business situation?
A gambler loses 10 times running at roulette. He decides to continue playing because he is due for a win, by the law of averages. A bystander advises him to quit, on the ground that his luck is cold. Who is right? Or are both of them wrong?
based on our past history of winning bids on projects the probability of winning the next contract to build a school is
How many waiters and busboys should report for work at the start of each time period to minimize the total staff required for one day's operation.
One of the non-destructive tests (NDTs) for assessment of the integrity of concrete structures is ultrasonic pulse velocity testing. The test can signal that a concrete section is either intact or that a problem exists.
What is the appropriate inferential statistical test for the case scenario? Why?
In hypothesis testing when is a two-tail test used in lieu of a one-tail test?
Construction of frequency distribution table for the given continuous data.
The population of incomes in a particular community is thought to be highly right-skewed with a mean equal to $36,789 and a standard deviation equal to $2,490.
A simple random sample of 50 adults is obtained, and each person's red blood cell count (in cells per micro-liter) is measured. The sample mean is 5.23. The population standard deviation for red blood cell counts is 0.54.
In a random sample of 16 mountain climbers who are going to attempt Mt. McKinley what is the probability of each of the following All 16 reach the summit.
You are testing the null hypothesis that there is no linear relationship between two variables, X and Y. From your sample of n=10, you determine that r=0.80.
Jim and Mike go to a coffee shop during their lunch break and toss a coin to see who will pay. The probability that Mike will pay three days in a row is 0.125.
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