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Q. People arrive at the airline terminal. There are 2 types of customers: Regular also frequent flyer. The time between arrivals of regular customers is exponentially distributed with a mean of 2 minutes. The time between arrivals of frequent flyers is also exponentially distributed with a mean of 4 minutes. At the check-in counter, travellers wait in a single line until one of five agents is available to serve them. The check-in time (in minutes) follows a triangular distribution with parameter values of (3, 6, also 9) also (3, 4, 5) for regular also frequent flyer customers respectively. The airport terminal operates for 16 hours during the day (between 6 am also 10 pm). The 16 hours are divided into 2 8 hour shifts. Agents are given one 15 minute (coffee) also a 30 min (meal) break. The coffee breaks are staggered, starting at 90 min into every shift. Meal breaks also staggered starting 3.5 hrs into every shift.
Create a simulation model of this system. In the simulation, draw a simple layout of the above system.
Compute the expected value of every alternative number of (dozens of) carnations which could be stocked also select the best decision. Construct the opportunity loss table also determine the best decision.
Evaluate problems in operations and identify approaches to overcoming them. Critically evaluate operating plans and identify areas for improvement. Justify, implement and evaluate changes to operations in line with modern approaches.
Propose this portfolio selection problem by using linear programming. Solve using LP software such as Excel QM or QM for windows. Write out answer step by step if you can't use QM.
Service/ Manufacturing process design is based on a considerable number of different variables and shows, in essence, a number of trade-offs.
Gabriela Manufacturing was able to find out a new supplier which would give the item for $1.80 per unit with an annual fixed cost of $200,000. Should Gabriela Manufacturing in source or outsource the item.
The problem deals with discussing the differences between constrain and objective function under linear programming.
You are required to produce a management report from the perspective of a consultant, reporting back to your client - the CEO of an overseas museum.
What should a firm do to promote voice in organizations, and why is this important in promoting organizational justice?
Must linear programming be employed under conditions of certainty? This solution discusses the usefulness of LP even under the degree of uncertainty in 241 words.
You have to select a organization of your choice, and after that you have to write down an Operational Plan which addresses the following
The data for the last week follows: Day # of Non-conformities 1 2 3 4 5 5 10 23 20 15 Construct a 3 standard deviation c chart of non-conformities. Elucidate what the control chart tells you about the IRS telephone operators
a) Construct the product structure tree for both fans and their component parts. b) Complete the MRP for the fans and their component parts.
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