(a) Using the data from the above figure, calculate the firm's total profit. Total profit: $ (Click to select) (b) If the firm operates at optimum efficiency, how much will its output be? Instructions: Round your answer to 1 decimal place. V Optimum output: (c) If the firm were a perfect competitor, how much would its price be in the long run? Long run price: $ ere to search DI 말 < Prev a 4 of 5 ‒‒‒ www Next ******** >

(a) Using the data from the above figure, calculate the firm's total profit. Total profit: $ (Click to select) (b) If the firm operates at optimum efficiency, how much will its output be? Instructions: Round your answer to 1 decimal place. V Optimum output: (c) If the firm were a perfect competitor, how much would its price be in the long run? Long run price: $ ere to search DI 말 < Prev a 4 of 5 ‒‒‒ www Next ******** >

ENGR.ECONOMIC ANALYSIS

14th Edition

ISBN:9780190931919

Author:NEWNAN

Publisher:NEWNAN

Chapter1: Making Economics Decisions

Section: Chapter Questions

Problem 1QTC

See similar textbooks

Similar questions

1
2 3) For each utility function, determine the marginal utility with respect to x, marginal utility with respect to y, and the MRS. (3pts each) a) U(x, y)-3x+2y b) U(x, y) 10x¹/5 y c) U(x, y)=x+ y²
Don't copy paste from other site please
. TOTAL AND MARGINAL UTILITY E UTILITY CALCULATIONS Reset Total Utility Quantity Consumed Total Marginal Utility 70 Utility 60 50 22 40 1 22 30 18 20 2 40 10 14 3 4 6 8 3 54 Quantity Consumed Marginal Utility 10 20 4 64 6. 10 70 4 6. -10 72 -20 -2 Quantity Consumed 70 Quantity Consumed -6 8 64 2. 4 6 8
7. The best alternative foregone for any choice is known as the associated cost consumer's marginal utility resource input cost explicit cost opportunity cost 9. 9. Below is the total benefit Kenneth estimates he would get for jars of chocolate-flavored hazelnut butter. Jars Total Benefit (dollars) 1 5 2 9 3 12 4 14 5 15 6 14 7 10 What is Kenneth's optimal quantity consumed if the price of each jar is $4? 1 2 4 5 7
Joko is a university student, working part-time at copying service center for Rp. 8/hour with zero non-labor income. (a) Graph Joko’s budget constraint and label the utility-maximing outcome if Joko opts to work 40 hours per week. (b) Suppose Joko’s parents decide to send him Rp.100/week. Graph Joko’s new budget constraint. (c) How many hours will Joko now have to work to maintain the same weekly income as in (a)?
Sonya's Personal Monthly Family Budget $350 Retirement $252- College $455 Taxes Savings Savings $906 Housing, Utilities, $200 Emergency Savings $662 Transportation $425 Clothing, Food, and Entertainment
THIS IS NOT A GRADED ASSESSMENT, READ AGAIN THE QUESTIONS. Please answer all questions. Thanks
It is a beautiful afternoon, and Jose is considering taking a leisurely two-hour stroll through the park. There ar other activities Jose is considering doing instead. The value Jose receives from each of the activities is provide Alternative Activities Value Streaming a movie $5 Taking a nap $8 Chatting with his best friend $13 Reading a new book $15 What is Jose's cost of taking the stroll through the park?
Salsa (ounces) Budget constraint B A LL E U 1 D 3 5 4 2 Corn chips (bags)
Rick buys an old Mustang for $3,000, planning to restore and sell the car. He goes on to spend $9,000 restoring the car. At this point, he can sell the car for $10,000. As an alternative, he can spend an additional $3,000 replacing the engine. With a new engine, the car would sell for $13,000. Rick should O a. complete the repairs and sell the car for $13,000. O b. be indifferent between (i) selling the car now and (ii) replacing the engine and then selling it. O c. sell the car now for $10,000. O d. keep the car as it would not be rational to carry out the renovation.
) Suppose there are two goods, X and Y. The price of good X is $5, the price of good Y is $3, and your income is $60. Neatly graph your budget line and label the intercepts. (a) What is the slope of your budget line? (b) How many units of good Y do you give up per unit of good X? (c) Suppose the price of good X rises to $6, show what happens to the budget line and label any new intercepts. (d) What is the new slope of the budget line? How many units of good Y do you now give up per unit of good X? (e) Suppose the price of good X only rises to $6 once you have purchased six units of good X. In other words, it is $5 per unit for the first six units and $6 per unit thereafter. Make a new graph of this "kinked" budget constraint.