EBK MICROECONOMICS
EBK MICROECONOMICS
5th Edition
ISBN: 9781118883228
Author: David
Publisher: YUZU
Question
Book Icon
Chapter 1, Problem 1.17P
To determine

(a)

The objective function for the given problem.

Expert Solution
Check Mark

Answer to Problem 1.17P

The objective function for the given problem is to minimize

  TC(X,Y)

Explanation of Solution

The objective function is the relationship that is maximized (or minimized) by the decision-maker.

Here, in the given case, the firm is seeking to minimize the total cost to operate plant one and two. Therefore, the objective function will be:

  TC(X,Y)

To determine

(b)

The constraints for the given problem.

Expert Solution
Check Mark

Answer to Problem 1.17P

The constraints for the given problem is:

  X+Y=1,000,000 metric tons

Explanation of Solution

A constraint is a restriction that will be placed on the firm.

Here, in the given case the firm will have 1 million metric tons of emission. Therefore, the constraint can be given as:

  X+Y=1,000,000 metric tons

To determine

(c)

The statement of constrained optimization.

Expert Solution
Check Mark

Answer to Problem 1.17P

The statement of constrained optimization is:

  objective:min( X,Y)TC(X,Y)subject to:X+Y=1,000,000 metric tons

Explanation of Solution

A statement of constrained optimization states the kind of functions a decision-maker wants to minimize or maximize along with the constraints.

In this, the perspective of the decision-maker must be considered.

In the given case, the objective function is TC(X,Y) which is minimized by the firm.

The given constraint is X+Y=1,000,000 metric tons

. Therefore, the statement for the constraint optimization can be given as:

  objective:min( X,Y)TC(X,Y)subject to:X+Y=1,000,000 metric tons

To determine

(d)

The emission level from each plant chosen by the firm.

Expert Solution
Check Mark

Answer to Problem 1.17P

The emission level from each plant chosen by the firm is given as:

Emission plant 1 (X)TC plant 1Emission plant 2 (Y)TC plant 2TC
0$4901,000,000$10$500
250,000$360750,000$40$400
500,000$250500,000$90$340
750,000$160250,000$160$320
1,000,000$900$250$340

Explanation of Solution

The allocation of operating cost for plant 1 and plant 2 can be represented in the following tabular form:

Emission plant 1 (X)TC plant 1Emission plant 2 (Y)TC plant 2TC
0$4901,000,000$10$500
250,000$360750,000$40$400
500,000$250500,000$90$340
750,000$160250,000$160$320
1,000,000$900$250$340

From the above table, it is concluded that when X =750,000 metric tons and Y = 250,000 metric ton, then the total operating cost is minimized.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!
Students have asked these similar questions
Portland is trying to reduce annual NOx emissions by 200 units. Its environmental planners are now deciding how to allocate the abatement mandate between cars and power plants. The marginal costs of abatement from cars (Qc) and abatement from plants (Qp) are MACC = 3Qc and MACP = Qp. Each source is currently emitting 200 units (so total emission from both sources are 400). (Note: Q is the quantity of abatement and the goal is to abate a total of 200 units). %3D (a) On your work sheet Graph the two marginal cost lines (on two separate graphs). (b) The traditional approach has been to assign all 200 units of abatement to the power plants, i.e. Qc = 0 and Qp = 200. What is the total cost of abatement under this system? Show your calculations on your work sheet and enter the total cost in the blank below. (c) The planners have hired you to tell them what the cheapest way is for the city to divide the 200 units of abatement between the two sources. What do you tell them? (ie. what are Qc"…
Following are the marginal abatement costs of three firms . Suppose each firm is currently emitting 10 tons / week , so the total emissions are 30 tons / week . Suppose we wish to reduce total emissions by 50 % , to 15 tons per week . The following table provides marginal abatement costs for each firm .   a ) What is the total cost if each firm cuts total emission by 50 % from their current levels .   b ) What is the total cost if the total emissions decrease by 50 % ( to 15 tons per week ) that meets the equi - marginal principle .   c ) From the society's point , which method of reducing ( a or b above ) emissions is better ? Provide a reason .
The local environmental authority levied an emissions fee of $30 per ton of waste on a firm that has the marginal cost of abatement (MCA) curve displayed in the figure below. What level of emissions will the firm release?  How much will it pay in emissions fees?
Knowledge Booster
Background pattern image
Similar questions
SEE MORE QUESTIONS
Recommended textbooks for you
Text book image
Principles of Economics 2e
Economics
ISBN:9781947172364
Author:Steven A. Greenlaw; David Shapiro
Publisher:OpenStax