A firm faces the following average revenue (demand) curve: P = 120 – 0.02Q where Q...
A firm faces the following average revenue (demand) curve: P = 120 – 0.02Q
where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by TC = 60Q + 25,000. Assume that the firm maximizes profits. Calculate the level of production, price, and total profit per week.
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A firm faces the following average revenue (demand) curve: P =
120 – 0.02Q
where Q...
A firm faces the following average revenue (demand) curve: P= 125 -0.02Q where Q is weekly...
A firm faces the following average revenue (demand) curve: P= 125 -0.02Q where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 45Q + 20,000. Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is units, the price is cents, and the total profit is $ per...
A firm faces the following average revenue (demand) curve: P= 135 -0.020 where Q is weekly...
A firm faces the following average revenue (demand) curve: P= 135 -0.020 where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 50Q + 25,000 Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is units, the price is cents, and the total profit is $ per...
A firm faces the following average revenue (demand) curve: P = 130 - 0.02 where Q...
A firm faces the following average revenue (demand) curve: P = 130 - 0.02 where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 50Q + 20,000. Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is 2000 units, the price is 90 cents, and the total...
Exercise 2. A monopolist faces the following demand curve: Q 10,000 100P Where Q is the...
Exercise 2. A monopolist faces the following demand curve: Q 10,000 100P Where Q is the weekly production and P is the price, measured in S/unit. The firm's cost function is given by C 50Q 30,000. Assuming the firm maximizes profits a. Find the equation describing the marginal revenue curve b. What is the level of production, price, and total profit per week? c. If the government decides to levy a tax of 10 $/unit on this product, what will...
A monopolist faces the following demand curve: Q = 260-2P Where Q is the weekly production...
A monopolist faces the following demand curve: Q = 260-2P Where Q is the weekly production and P is the price, measured in $/unit. The firm's cost function is given by C= 20 + 10Q+Q2. Assuming the firm maximizes profits, 1. (10 pts) Find the equation describing the marginal revenue (MR) curve. 2. (20 pts) What is the level of production (Q), price (P), and total profit (TT) per week? 3. (20 pts) If the government decides to levy a...
A monopolist faces the following demand curve: Q = 80 – 0.2P Where Q is the...
A monopolist faces the following demand curve: Q = 80 – 0.2P Where Q is the weekly production and P is the price, measured in $/unit. The firm’s cost function is given by C = 100 + 20Q2 . Assuming the firm maximizes profits, Find the equation describing the marginal revenue (MR) curve. What is the level of production (Q), price (P), and total profit (π) per week? If the government decides to levy a per-unit tax of 50 $/unit...
This question introduces a fundamental result of taxation which will revisit in the last chapter. We...
This question introduces a fundamental result of taxation which will revisit in the last chapter. We can already see it at work through the following example: A firm faces the following demand curve: P = 120 – 0.02Q Where Q is weekly production and P is price, measured in cents per unit. The firm’s total cost function is given by TC = 60Q + 25,000. Assume that the firm maximizes profit. What is the level of production, price, and total...
This question introduces a fundamental result of taxation which will revisit in the last chapter. We...
This question introduces a fundamental result of taxation which will revisit in the last chapter. We can already see it at work through the following example: A firm faces the following demand curve: P = 120 – 0.02Q Where Q is weekly production and P is price, measured in cents per unit. The firm’s total cost function is given by TC = 60Q + 25,000. Assume that the firm maximizes profit. a. What is the level of production, price, and...
16 A monopoly faces the following average revenue (demand) curve: P = 240 - 0.040, where...
16 A monopoly faces the following average revenue (demand) curve: P = 240 - 0.040, where Q is the weekly production and P is the price, measured in dollars per unit. The monopoly's cost function is given by the following function: C = 1800 - 75,000 Assuming that the monopoly always maximises profits, what is the price at which the goods are sold? (2 points) O $226.68 O $210 Answer cannot be determined from the given information $0 $223.32
1) A perfectly competitive firm faces the following Total revenue, Total cost and Marginal cost functions:...
1) A perfectly competitive firm faces the following Total revenue, Total cost and Marginal cost functions: TR = 10Q TC = 2 + 2Q + Q2 MC = 2 + 2Q At the level of output maximizing profit , the above firm's level of economic profit is A) $0 B) $4 C) $6 D) $8 *Additional information after I did the math: The price this firm charges for its product is $10, the level of output maximizing profit is 4...
A firm faces the following average revenue (demand) curve: P= 125 -0.02Q where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 45Q + 20,000. Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is units, the price is cents, and the total profit is $ per...
A firm faces the following average revenue (demand) curve: P= 135 -0.020 where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 50Q + 25,000 Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is units, the price is cents, and the total profit is $ per...
A firm faces the following average revenue (demand) curve: P = 130 - 0.02 where Q is weekly production and P is price, measured in cents per unit. The firm's cost function is given by C = 50Q + 20,000. Assume that the firm maximizes profits. a. What is the level of production, price, and total profit per week? (Round all responses to two decimal places.) The equilibrium quantity is 2000 units, the price is 90 cents, and the total...
Exercise 2. A monopolist faces the following demand curve: Q 10,000 100P Where Q is the weekly production and P is the price, measured in S/unit. The firm's cost function is given by C 50Q 30,000. Assuming the firm maximizes profits a. Find the equation describing the marginal revenue curve b. What is the level of production, price, and total profit per week? c. If the government decides to levy a tax of 10 $/unit on this product, what will...
A monopolist faces the following demand curve: Q = 260-2P Where Q is the weekly production and P is the price, measured in $/unit. The firm's cost function is given by C= 20 + 10Q+Q2. Assuming the firm maximizes profits, 1. (10 pts) Find the equation describing the marginal revenue (MR) curve. 2. (20 pts) What is the level of production (Q), price (P), and total profit (TT) per week? 3. (20 pts) If the government decides to levy a...
16 A monopoly faces the following average revenue (demand) curve: P = 240 - 0.040, where Q is the weekly production and P is the price, measured in dollars per unit. The monopoly's cost function is given by the following function: C = 1800 - 75,000 Assuming that the monopoly always maximises profits, what is the price at which the goods are sold? (2 points) O $226.68 O $210 Answer cannot be determined from the given information $0 $223.32
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