Question

company B receives all UM allowances for free and that company A receives no allowances at all. What will the allocation of emission rights look like when the companies have achieved a pareto-efficient solution by "trading emissions rights" with each other (emissions trading)? Illustrate your reasoning with a figure and explain the way to the solution. Can you imagine a situation where a very uneven distribution of emission rights could be motivated? (Remember that the companies can be industries or countries).

104

likes
518 views

Answer to a math question company B receives all UM allowances for free and that company A receives no allowances at all. What will the allocation of emission rights look like when the companies have achieved a pareto-efficient solution by "trading emissions rights" with each other (emissions trading)? Illustrate your reasoning with a figure and explain the way to the solution. Can you imagine a situation where a very uneven distribution of emission rights could be motivated? (Remember that the companies can be industries or countries).

Expert avatar
Timmothy
4.8
99 Answers
För att finna en paretoeffektiv lösning genom utslÀppshandel mellan företag A och B, dÀr företag B har alla utslÀppsrÀtter och företag A inte har nÄgra, kan vi utföra följande steg:

1. Företag A och B kan handla utslÀppsrÀtter med varandra. Genom att göra det kan de komma överens om en lÀmplig fördelning av utslÀppsrÀtter för att optimera sin produktion och minimera sina kostnader.

2. Antag att företag A och B kommer överens om att fördela utslÀppsrÀtterna sÄ att bÄda företagen har en viss mÀngd utslÀppsrÀtter var. Detta kan ske genom förhandling eller genom att bestÀmma priset för en utslÀppsrÀtt som bÄda parter Àr överens om.

3. Genom denna utslÀppshandel och fördelning av utslÀppsrÀtter kan företag A och B nÄ en paretoeffektiv lösning dÀr bÄda företagen gynnas genom att maximera sin vinst eller minimera sina kostnader.

En vÀldigt ojÀmn fördelning av utslÀppsrÀtter kan vara motiverad i vissa situationer, till exempel om ett företag har specifika behov eller om det finns en historisk orÀttvisa i fördelningen av utslÀppsrÀtter mellan olika branscher eller lÀnder. Det Àr viktigt att beakta sÄdana faktorer vid allokeringen av utslÀppsrÀtter för att uppnÄ en rÀttvis och effektiv lösning.

HÀr Àr hur allokeringen av utslÀppsrÀtter kan se ut i en figur:

\text{Företag A} \begin{array}{|c|c|}\hline\text{Företag A} & \text{Företag B} \\hline0 & 100 \\hline\end{array}

\text{Företag B} \begin{array}{|c|c|}\hline\text{Företag A} & \text{Företag B} \\hline50 & 50 \\hline\end{array}

\text{Företag A} \begin{array}{|c|c|}\hline\text{Företag A} & \text{Företag B} \\hline100 & 0 \\hline\end{array}

SÄledes fÄr Företag A 50 utslÀppsrÀtter och Företag B fÄr 50 utslÀppsrÀtter genom utslÀppshandel för att nÄ en paretoeffektiv lösning.

\textbf{Svar: Allokeringen av utslÀppsrÀtter efter utslÀppshandel Àr 50 utslÀppsrÀtter för Företag A och 50 utslÀppsrÀtter för Företag B.}

Frequently asked questions (FAQs)
What is the product of two consecutive positive integers if the sum of their squares is 85?
+
Find the real solutions for x^3 + 4x^2 - 3x - 18 = 0.
+
What is the length of the median of a triangle if its side lengths are 12 cm, 16 cm, and 20 cm?
+
New questions in Mathematics
If we have the sequence: 3, 6, 12, 24 Please determine the 14th term.
For a temperature range between 177 degrees Celsius to 213 degrees Celsius, what is the temperature range in degrees Fahrenheit.
Given that y = ×(2x + 1)*, show that dy = (2x + 1)" (Ax + B) dx where n, A and B are constants to be found.
7273736363-8
An electrical company manufactures batteries that have a duration that is distributed approximately normally, with a mean of 700 hours and a standard deviation of 40 hours. Find the probability that a randomly selected battery has an average life of less than 810 hours.
Director of reservations believes that 9% of the ticketed passengers are no-shows. If the directors right what is the probability that the proportion of no-shows in a sample of 789 ticketed passengers with differ from the population proportion buy more than 3% round your answer to four decimal places.
Suppose 50% of the doctors and hospital are surgeons if a sample of 576 doctors is selected what is the probability that the sample proportion of surgeons will be greater than 55% round your answer to four decimal places
Find the sum of the first 41 terms of the progression that begins: 32, 24, 16, 

Find the derivatives for y=X+1/X-1
Suppose the Golf ball market is perfectly competitive and the functions are known: Q = 120 – 2Px – 2Py 0.2I Q = 2Px 40 Where I = Consumers' income ($200) and Py = Price of Good Y (40) Calculate the equilibrium elasticity: a) 1.6 b) -6 c) 6 d) 0.6
Two business partners have a bank balance of $17,942.00. After the first year their interest brings their balance to $18,928.91. What rate of interest is earned?
P(Z<z)=0.1003
The probability of growing a seedling from a seed is 0.62. How many seeds do I need to plant so that the probability of growing at least one seedling is greater than or equal to 0.87?
We plan to test whether the mean mRNA expression level differs between two strains of yeast, for each of 8,000 genes. We will measure the expression levels of each gene, in n samples of strain 1 and m samples of strain 2. We plan to compute a P-value for each gene, using an unpaired two-sample t-test for each gene (the particular type of test does not matter). a) What are the null hypotheses in these tests (in words)? [2] b) If, in fact, the two strains are identical, how many of these tests do we expect to produce a P-value exceeding 1/4? [2]
You buy a $475,000 house and put 15% down. If you take a 20 year amortization and the rate is 2.34%, what would the monthly payment be?
Let G be the center of gravity of triangle ABC. We draw through A a parallel to BC on which we take a point D so that DG⊄BG. If the area of the quadrilateral AGBD is equal to s, show that AC·BD≄2·s.
Write the inequality in the form of a<x<b. |x| < c^2
22. Let [AB] be a chord in a circle C, and k a circle which is internally tangent to the circle C at a point P and to the chord [AB] at a point Q. Show that the line P Q passes through the midpoint of the arc AB opposite to the arc APB.
2.3 X 0.8
To apply a diagnostic test, in how many ways can 14 students be chosen out of 25? if the order does not matter