Use the following for problems 1-5 Crusty's pizza has a new idea to boost profits in their stores by adding games of various types to the stores. They are considering a mix of pool tables which take up 15 sgft each and require 30min of supervision each day and pinball machines which each take of 5 saft and require 15 min of supervision each day. Pool tables and pinball machines are expected to generate profit of $25 and $10 each day. Each store has set aside 100 sq ft of space and up to 4hrs of supervision time each day. Let P = the number of pool tables and M=number of pinball machines. 1. What is your objective function? A. Minimize: 25P + 10 M B. Maximize: P + M C. Maximize: 25P + 10M D. Minimize: P +M 2. How many constraints are used to solve this problem (not including the non-negative constraints)? A. 0 B. 4 C. 2 D. 3 3. What is the optimal combination of controllers and consoles to achieve the best profit? A. 4 Pool tables, 8 pinball machines B. O Pool tables, 10 pinball machines C. 8 Pool tables, 4 pinball machines D. 10 Pool tables, 0 pinball machines 4. What is the expected profit? A. $10 B. $25 C. $180 D. $250 5. Which of the following statements are true: A. All the space is used B. All supervision time is used C. Both A and B are true D. Both A and B are false Use the following for problems 1-5 Crusty's pizza has a new idea to boost profits in their stores by adding games of various types to the stores. They are considering a mix of pool tables which take up 15 sgft each and require 30min of supervision each day and pinball machines which each take of 5 saft and require 15 min of supervision each day. Pool tables and pinball machines are expected to generate profit of $25 and $10 each day. Each store has set aside 100 sq ft of space and up to 4hrs of supervision time each day. Let P = the number of pool tables and M=number of pinball machines. 1. What is your objective function? A. Minimize: 25P + 10 M B. Maximize: P + M C. Maximize: 25P + 10M D. Minimize: P +M 2. How many constraints are used to solve this problem (not including the non-negative constraints)? A. 0 B. 4 C. 2 D. 3 3. What is the optimal combination of controllers and consoles to achieve the best profit? A. 4 Pool tables, 8 pinball machines B. O Pool tables, 10 pinball machines C. 8 Pool tables, 4 pinball machines D. 10 Pool tables, 0 pinball machines 4. What is the expected profit? A. $10 B. $25 C. $180 D. $250 5. Which of the following statements are true: A. All the space is used B. All supervision time is used C. Both A and B are true D. Both A and B are false