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Using the Arena Simulation from the class lecture given by Dr. Eseonu, identify the best combination of system improvements as measured by the increase in average monthly profit per dollar invested. You may not spend more than $4000 on changes. (Learning Outcome #2)
List the improvement options you tested and the increase in profit per dollar invested for each option tested.
Write a brief explanation of how you determined which improvement option to recommend.
Include a printed copy of the output sheet from Arena that shows the average number of good units produced in a month for the baseline (starting system) and for your final system with your recommended set of improvements.
How much would the insurance reimbursement be for a television system damaged by fire if it was purchased 2 years ago for $6,000 and has a life expectancy of 5 years?
The mass of the shaft and collar may be neglected. The cord keeps the rod at an initial angle of 30? with the vertical while the shaft is initially rotating freely at angular velocity φ? = 200 rad/s. The cord suddenly breaks.
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Considering the flow of a uniform stream of speed V in the x-direction, a source of strength Q at (-1,0) and sink of strength Q at (1,0). Find the velocity potential and the stagnation points
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State whether each member is in tension or compression.
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