2. A monopolist is considering selling several units of a product as a single package. A typical consumer's demand for the product is Qd = 100 - .50P, and the marginal cost of the product is $100. What is the optimal number of units to put in a package? (Remember we use the demand function here, not a MR function derived from the demand function) O A Q =25 O B. Q = 50 O C. Q = 75 O D. Q = 100 O E. None of the above. 3. A monopolist is considering selling several units of a product as a single package. A typical consumer's demand for the product is Q = 100 - .50P, and the marginal cost of the product is $100. What is the corresponding price that the consumer would be willing to pay for each unit at the quantity you just calculated in Question 2? O A. P = $0. Make money off of complementary products. O B. P = $50 O C. P = $100 O D. P = $150 O E. None of the above.4. A monopolist is considering selling several units of a product as a single package. A typical consumer's demand for the product is Q = 100 - .50P, and the marginal cost of the product is $100. If the monopolist did not package the product into a block, but sold the same number of units you just calculated in Question 2, what would be the consumer surplus? O A. $625 O B. $2,500 O C. $4,375 O D. $7,500 O E. None of the above. 5. A monopolist is considering selling several units of a product as a single package. A typical consumer's demand for the product is Q = 100 - .50P, and the marginal cost of the product is $100. How much should the firm charge for the blocked package? O A. $2,500 O B. $3,750 O C. $5,000 O D. $7,500 E. $9,000