Order Quantity> Quantity Demanded, Order Quantity - Quantity Demanded,0) (Order Quantity, Quantity Demanded)*Retail Price per Unit covers * Refund per Calendar les + Refund ler Quantity * Cost per Calendar al Revenue - Profit The following is a deterministic model for Leah's calendar profit projections. Implement this deterministic model as a basis for a Monte Carlo Simulation. What is the profit that you would realize for a Oder Quantity of 684.0 and a Quantity Demanded of 623.0? Annual Calendar Sales 5.95 Cost per Calendar Retail Price per Calendar $ Refund per Calendar 14.95 1.95 680 Order Quantity Quantity Demanded 600 Leftovers 80=IF(Order Quantity> Quan Revenue Sales $ Refund $ 8,970.00 =MIN(Order Quantity, Qua 156.00 =Leftovers * Refund per C 9,126.00 = Sales + Refund Total Revenue $ Total Cost 4,046.00 =Order Quantity * Cost pei Profit $ 5,080.00 = Total Revenue - Profit Your Answer: Order Quantity> Quantity Demanded, Order Quantity - Quantity Demanded,0) (Order Quantity, Quantity Demanded)*Retail Price per Unit covers * Refund per Calendar les + Refund ler Quantity * Cost per Calendar al Revenue - Profit The following is a deterministic model for Leah's calendar profit projections. Implement this deterministic model as a basis for a Monte Carlo Simulation. What is the profit that you would realize for a Oder Quantity of 684.0 and a Quantity Demanded of 623.0? Annual Calendar Sales 5.95 Cost per Calendar Retail Price per Calendar $ Refund per Calendar 14.95 1.95 680 Order Quantity Quantity Demanded 600 Leftovers 80=IF(Order Quantity> Quan Revenue Sales $ Refund $ 8,970.00 =MIN(Order Quantity, Qua 156.00 =Leftovers * Refund per C 9,126.00 = Sales + Refund Total Revenue $ Total Cost 4,046.00 =Order Quantity * Cost pei Profit $ 5,080.00 = Total Revenue - Profit Your