A company which manufactures and sells T-shirts for sporting events is providing shirts for an upcoming tournament. Each shirt will cost $6 to produce and will be sold for $12. Any unsold shirts at the end of the tournament can be sold for $5 apiece in the near future. The company assumes the demand for the shirts will be 2,500, 5,000, 7,500, or 10, 000. The company also estimates that the probabilities of each of these sales levels occurring will be 15%, 20%, 30%, and 35%, respectively. Determine the expected monetary value of the project if the company chooses to print 7,500 shirts for the tournament. The expected monetary value is $_______
When company chose to print 7500 shirts:
Payoff when demand is 2500 = 2500(12-6) + 5000( 5 - 6)
= 15000 - 5000
= $10000
Payoff when demand is 5000 = 5000(12-6) + 2500( 5 - 6)
=30000 - 2500 = $ 27,500
Payoff when demand is 7500 = 7500(12-6) = $45,000
Payoff when demand is 10,000 = 7500(12-6) + 2500(0)= $45000
Hence, Expected monetary value = (10,000)15% +(27,500) 20% + (45000) 30% + (45,000)*35%
Expected monetary value = 1500 + 5500 + 13,500 + 15750
= $36,250
So, Expected monetary value when company chose to print 7500 shirts is $ 36,250
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