Question: Consider the following spreadsheet for an outsourcing decision model, where we assume that the production (demand) volume is normally distributed with a mean of 1,000

Consider the following spreadsheet for an
Consider the following spreadsheet for an outsourcing decision model, where we assume that the production (demand) volume is normally distributed with a mean of 1,000 and a standard deviation of 100. For the unit cost, Select the triangular distribution. It has a minimum value of $150, most likely value of $165, and a maximum value of S190. The number of trials per simulation is equal to 5.000 at a Sim. Random Seed of I. Run the simulation and answer the following question(s) using the Analytic Solver Platform [Hint: choose the closest value] Derne Male 1 Date S10 1) CMI Die D What is the expected loss determined from the simulation results? $(60) $(47) $(120) $(78) Consider the following spreadsheet for an outsourcing decision model, where we assume that the production (demand) volume is normally distributed with a mean of 1,000 and a standard deviation of 100. For the unit cost, Select the triangular distribution. It has a minimum value of $150, most likely value of $165, and a maximum value of S190. The number of trials per simulation is equal to 5.000 at a Sim. Random Seed of I. Run the simulation and answer the following question(s) using the Analytic Solver Platform [Hint: choose the closest value] Derne Male 1 Date S10 1) CMI Die D What is the expected loss determined from the simulation results? $(60) $(47) $(120) $(78)

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