Q3: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q -- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Use the information given about firm A and appropriate diagrams/figures (hint:think isoprofit curves, demand curves) to explain how the equilibrium will change for firm A if it's cost of production falls by $1 Assume demand curves to be linear

Q3: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q -- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Use the information given about firm A and appropriate diagrams/figures (hint:think isoprofit curves, demand curves) to explain how the equilibrium will change for firm A if it's cost of production falls by $1 Assume demand curves to be linear

Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)

14th Edition

ISBN:9781305506381

Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris

ChapterB: Differential Calculus Techniques In Management

Section: Chapter Questions

Problem 5E

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This question deals with cost curves and isoprofit curves Keep in mind that the formula for a firm's cost function is: TC = FC + C(Q) TC → Total Costs: FC → Fixed Costs: C(Q) → Cost of production*Quantity produced → also known as Variable Costs Q1: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q --- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost per unit in each firm is $2. Firm B has a fixed cost of $10. (a) Make relevant plots of equations (1) and (2) (b) Use the plots in (a) and plots of isoprofit curves valuing $34,000 and $60,000 for the two firms to identify any differences in the shape of the two firms' isoprofit curves. Can you provide an explanation for any differences that may exist? (c) Use the information on both firms to assess…
This question deals with cost curves and isoprofit curves. Keep in mind that the formula for a firm's cost function is: TC = FC + C(Q) TC → Total Costs: FC → Fixed Costs: C(Q) → Cost of production*Quantity produced → also known as Variable Costs Q3: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q --- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Plot isoprofit curves valuing $34,000 and $60,000 for each of the two firms. Provide an explanation for any differences that may exist (b) Use the information given about firm A and appropriate diagrams/figures to explain how the equilibrium will change for firm A if it's cost of production falls by $1
This question deals with cost curves and isoprofit curves. Keep in mind that the formula for a firm's cost function is: TC = FC + C(Q) TC → Total Costs: FC → Fixed Costs: C(Q) → Cost of production*Quantity produced → also known as Variable Costs Q2: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q --- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Use the information given about firms A and B and appropriate diagrams/figures (hint: isoprofit curves, demand curves) to explain how the equilibrium for both firms will change if a rival company increases its prices. Assume demand curves to be linear
This question deals with cost curves and isoprofit curves. Keep in mind that the formula for a firm's cost function is: TC = FC + C(Q) TC → Total Costs: FC → Fixed Costs: C(Q) → Cost of production*Quantity produced → also known as Variable Costs Q2: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q --- Equation (1) %3D - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Plot isoprofit curves valuing $34,000 and $60,000 for each of the two firms. Can you provide an explanation for any differences that may exist? (b) Use the information given about firms A and B and appropriate diagrams/figures to explain how the equilibrium for both firms will change if a rival company increases its…
This question deals with cost curves and isoprofit curves. Keep in mind that the formula for a firm's cost function is: TC = FC+ C(O) TC → Total Costs: FC → Fixed Costs: C(Q) → Cost of production*Quantity produced → also known as Variable Costs Q2: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q --- Equation (1) - Firm B: TC = 10 + 2Q --- Equation (2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. The cost of production per unit for each firm is $2. Firm B has a fixed cost of $10. (a) Plot isoprofit curves valuing $34,000 and $60,000 for each of the two firms. Provide an explanation for any differences that may exist (b) Use the information given about firms A and B and appropriate diagrams/figures to explain how the equilibrium for both firms will change if a rival company increases its prices.
Q1: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC - 2Q -(1) - Firm B TC = 10 + 2Q - -(2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. (a) Explain the relationship between the zero-profit curve and the marginal cost curve for the two firms using the quantity schedule of the two firms and the relevant plots of equations (1) and (2). (b) Use the plots in Q 1(a) and plots of isoprofit curves valuing Rs. 34,000 and Rs. 60,000 for the two firms to identify any differences in the shape of the two firms' isoprofit curves. Can you provide an explanation for any differences that may exist? (c) Use the information on both firms to assess whether the higher isoprofit curves would always get closer to the average cost curve as quantity increases. Explain why or why not.
A boutique chocolate manufacturer produces 2 types of chocolate, Dark chocolate, and Milk chocolate daily with a total cost function: TC = 7D + D x M + 3M where: D is the quantity of the Dark chocolate (in kgs) and M is the quantity of the Milk chocolate (in kgs). The prices that can be charged are determined by supply and demand forces and are influenced by the quantities of each type of chocolate according to the following equations: PD = 20-D + 5M for the price (in dollars per kg) of the Dark chocolate and PM 23 + 3D - M for the price (in dollars per kg) of the Milk chocolate. The total revenue is given by the equation: TR = PD XD + PM × M and the profit given by the equation Profit = TR-TC First, use a substitution of the price variables to express the profit in terms of D and M only. Using the method of Lagrange Multipliers find the maximum profit when total production (quantity) is restricted to 2023 kgs. Note D or M need not be whole numbers. Be sure to show that your solution…
Q3: Q2: Firms A and B are two firms supplying products in two separate differentiated goods markets. Equations (1) and (2) give the total cost functions of the two firms: - Firm A: TC = 2Q -(1) - Firm B TC = 10 + 2Q - -(2) Each firm has the ability to produce a maximum quantity of 80,000 units in ten batches of 8,000. Use the information given about firms A and B and appropriate diagrams/figures to explain how the equilibrium for both firms will change if a rival company increases its prices. Use the information given about firm A and appropriate diagrams/figures to explain how the equilibrium will change if it's cost of production falls by $1.
An industry has the following cost function: C(X, Y ) = 1500+20X +20Y . Market demands for the 2 goods are given by PX =80−X, and PY =140−2Y Suppose the government wished to use two part tariffs in these markets, and suppose further that two part tariffs are feasible. Imagine that there are 10 consumer in each market. Solve for a set of two part tariffs (one for each martket) that pay the firm zero profits in total, yet achieves efficiency.
Suppose the profit maximizing firm sells the same good in two individual markets that it is able to keep separate. Since the price elasticity of demand is different in each market, the firm recognizes that rather than charge all customers the same price, it can increase profits by charging different prices in each of the two markets. The demand equations for each market are shown below: Market 1 P=25-2Q Demand The firm's Total Cost Function is: TC=5Q a) What is the optimal output in Market 1? b) What price will be charged in Market 1? Market 2 P=15-Q c) what is the optimal output in market d) what price will be charged in market e) what is the firm's total profit f ) illustrate your answer
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