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Draw a Gantt chart showing all the activities as bars from ES to EF. Plot the staffing requirement plot showing staffing requirements for each day assuming each activity.
How could an organization measure the effectiveness of their pay-for-performance plans? From an employee's perspective, what are the disadvantages of using a pay-for-performance plan?
What is the dealer's optimal decision without conducting the survey? Based on the survey results what is the optimal decision strategy when the survey result is Favorable (F)?
Based on data for periods 11 through 20 as shown in the table, which of these two methods has the greater accuracy if MAD and MSE are used?
The bore diameter of eight randomly selected bearings are shown below (in mm): 50.001, 50.002, 49.998, 50.006, 50.005, 49.996, 50.003, 50.004. Calculate the sample standard deviation.
Determine the estimated loss if the quality characteristics under study takes on a value of 6.20 inches and 10 parts are produced.
Minimize the maximum travel distance per trip, please draw the graph and demonstrate how you find the optimal solution.
What is the current capacity of the entire process? What would the resulting capacity of the entire process be?
Evaluate three of the main elements of both lean thinking and JIT. How can these concepts be used for effective planning and control of an operation?
What kinds of industries tend to be better performers in the medium to long term? Why? What kinds of industries tend to do poorly in the medium to long term? Why?
what methods would you suggest to assess the potential commercial success for (1) a new, imporved ketchup (2) a three-dimentional television system that took the company 10 years to develop.
Lucky Lumen light bulbs have an expected life that is exponentially distributed with a mean of 20,000 hours. Determine the probability that one of these light bulbs will last.
The task in the allotted time. Assuming that the teams work independently, what is the probability that the task will not be completed in time?
The guidance system of a ship is controlled by a computer that has three major modules. What is the reliability of the computer?
Two of the parts have a .96 probability of functioning, and two have a probability of .99. What is the overall probability that the product will function properly?
Is it possible for a project to have more than one critical path? Discuss the implications of such a situation with respect to each of the following aspects.
Customers arrive at Paul Harrold's Styling Shop at a rate of 3 per hour, distributed in a Poisson fashion. Paul can perform haircuts at a rate of 5 per hour, distributed exponentially. Find the aver
The Poisson distribution isappropriate for the arrival rate and service times areexponentially distributed. what is the average time the car is in the system?
Choose a peer-reviewed article to review. How could the topic of this article apply to your personal or professional life? How could it apply to an organization you have observed.
Customers arrive at Paul Harrold's Styling Shop at a rate of 3 per hour, distributed in a Poisson fashion. Paul can perform haircuts at a rate of 5 per hour, distributed exponentially.
Any unsold CDs are discounted to $1, and all sell at this price. Top Gun will share 35 percent of the revenue with the studio, keeping 65 percent for itself. What is the profit that studio expects t
Their current forecast is that sales will be normally distributed, with a mean of 10,000 and a standard deviation of 5,000. What is the expected profit for the studio?
The company has an option to open another cashier station at the exit on the other side of the store. Which system has better utilization of the employee/employees.
Compute a three-period moving average and a four-period moving average for weeks 5, 6, and 7. Compute MAD for each forecast.