please answer part A AND B!!!! Let's assume a firm's inverse demand curve and cost equation...
Consider a monopolist firm facing an inverse demand curve given by P(Q) 2700 9Q The firm's total cost is given by C() 11,000+9000 (a) Show your work in solving for the firm's profit-maximizing quantity and price. What is the maximized value of profit? (b) Plot this firm's revenue and total cost functions. Illustrate the profit-maximizing quantity on this graph, as well as the firm's maximized profit level (c) Now plot this firm's inverse demand, marginal revenue, and marginal cost curves....
Consider a monopolist firm facing an inverse demand curve given by P(Q) 2700-9Q. The firm's total cost is given by c(Q) 11,000+900Q (a) Show your work in solving for the firm's profit-maximizing quantity and price. What is (b) Plot this firm's revenue and total cost functions. Illustrate the profit-maximizing quantity (c) Now plot this firm's inverse demand, marginal revenue, and marginal cost curves. Il- the maximized value of profit? on this graph, as well as the firm's maximized profit level....
4) A firm faces the demand curve, P-80-3Q, and has the cost equation, What is the equation for the firm's total revenue? 200+20Q. a) b) What is the equation for the firm's marginal revenue? c) What is the quantity that maximizes total revenue? d) Find the optimal quantity and price for the firm if they are trying to maximize profit e) What is the firm's profit at the price and quantity in (d)? f) Now suppose that the demand for...
The inverse demand curve a monopoly faces is p = 100-2Q. The firm's cost curve is C(Q)=30+6Q. What is the profit-maximizing solution? The profit-maximizing quantity is _____. (Round your answer to two decimal places.) The profit-maximizing price is $_____ (round your answer to two decimal places.)
Suppose a firm’s inverse demand curve is given by P=120-.5Q and its cost equation is C=420+60Q+Q2. Find the firm’s optimal quantity, price and profit (1) by using the profit and marginal profit equation and (2) by setting MR equal to MC. Also provide a graph of MR and MC. Suppose instead that the firm can sell any and all of its output at the fixed market price P=120. Find the firm’s optimal output.
1. Assume that the demand curve is given by Q = 1000 – 0.25P. What is the inverse demand curve? B) Using the inverse demand curve you solved for in 1, solve for the total revenue for this Monopolist. C) Using the total revenue curve you solved for in 2, solve for the marginal revenue curve. D) Assume that Marginal costs are given by 100 + 2Q. What is the profit-maximizing quantity and price for the monopolist? E) Now, turn...
Problem 1e. The slope of the demand curve indicates that if the price of Fluff increases by 20 cents, consumers will buy one less unit. Determine what happens to profit if price is increased by calculating the new profit level for Fluff when price is set 20 cents higher than the profit-maximizing price. problem 2 Probem 3 Consider the graph, which illustrates the demand for Fluff. Fluff can be produced at a constant marginal and average total cost of $4...
4) Suppose Microsoft computers has a cost curve equal to C = a demand curve equal to p = 550 – 2Q. The Bay Area regulators have hired you as a consultant to help them out! i) Draw the firms MR and MC curves, and find its optimal output qm. What would be the firm's profit? ii) If regulators set the price equal to the marginal cost, what would be new price? Draw the firm's new MR and MC curves,...
The inverse demand curve a monopoly faces is p = 110 -20. The firm's cost curve is C(Q)= 10 +6Q What is the profit-maximizing solution? The profit-maximizing quantity is (Round your answer to two decimal places) The profit-maximizing price is $ (round your answer to two decimal places.)
The inverse demand curve a monopoly faces is p= 120-20. The firm's cost curve is C(Q)= 30 +6Q. What is the profit-maximizing solution? The profit-maximizing quantity is . (Round your answer to two decimal places.) The profit-maximizing price is $ . (round your answer to two decimal places.)