Question

3. [MONOPOLY PRICING] A monopolist's marginal cost function is Q = 0.5P - 15, where Q is the number of units of output it produces, and its fixed cost is 3000. The market demand function is $Q^d = 60 - 0.5P$. The firm expects the conditions of demand and cost to continue in the foreseeable future. (a) (2 marks) Show the monopoly price and quantity in a graph. (b) (3 marks) What is the profit maximizing monopoly price and quantity? (c) (3 marks) What is the dead weight loss from the monopoly pricing? (d) (2 marks) Should the firm continue to operate in the long run or should it shut down? Explain briefly.

          3. [MONOPOLY PRICING] A monopolist's marginal cost function is Q = 0.5P - 15, where Q is the
number of units of output it produces, and its fixed cost is 3000. The market demand function
is $Q^d = 60 - 0.5P$. The firm expects the conditions of demand and cost to continue in the
foreseeable future.
(a) (2 marks) Show the monopoly price and quantity in a graph.
(b) (3 marks) What is the profit maximizing monopoly price and quantity?
(c) (3 marks) What is the dead weight loss from the monopoly pricing?
(d) (2 marks) Should the firm continue to operate in the long run or should it shut down?
Explain briefly.

3. [MONOPOLY PRICING] A monopolist's marginal cost function is Q = 0.5P - 15, where Q is the
number of units of output it produces, and its fixed cost is 3000. The market demand function
is Q^d = 60 - 0.5P. The firm expects the conditions of demand and cost to continue in the
foreseeable future.
(a) (2 marks) Show the monopoly price and quantity in a graph.
(b) (3 marks) What is the profit maximizing monopoly price and quantity?
(c) (3 marks) What is the dead weight loss from the monopoly pricing?
(d) (2 marks) Should the firm continue to operate in the long run or should it shut down?
Explain briefly.

Added by Nicholas W.

Question

Please give Ace some feedback