Suppose that the marginal cost of extracting a non-renewable natural resource is MXC(Q) = 10 and the marginal benefit of using the resource is MB(Q) = 90Q. In the context of a static model, address the following questions. (a) Calculate the efficient value of Q if the total stock of the natural resource is Q = 50: Provide a graphical representation of the solution.

Suppose that the marginal cost of extracting a non-renewable natural resource is MXC(Q) = 10 and the marginal benefit of using the resource is MB(Q) = 90Q. In the context of a static model, address the following questions. (a) Calculate the efficient value of Q if the total stock of the natural resource is Q = 50: Provide a graphical representation of the solution.

MACROECONOMICS FOR TODAY

10th Edition

ISBN:9781337613057

Author:Tucker

Publisher:Tucker

Chapter1: Introducing The Economic Way Of Thinking

Section: Chapter Questions

Problem 18SQ

See similar textbooks

Similar questions

Suppose that the marginal cost of extracting a non-renewable natural resource is MXC(Q) = 10 and the marginal beneÖt of using the resource are MB(Q) = 90Q. In the context of a static model, address the following question: Calculate the efficient value of Q if the total stock of the natural resource is Q = 50: Provide a graphical representation of the solution.
In the Faustmann model, what factors determine the marginal benefits and marginal costs of allowing a stand of trees to continue to grow for another year, and therefore the dynamically efficient harvest interval?
Question: Suppose that the marginal cost of extracting a non-renewable natural resource is MXC(Q) = 10 and the marginal beneÖt of using the resource are MB(Q) = 90Q. In the context of a static model, address the following question: Calculate the efficient value of Q if the total stock of the natural resource is Q = 50: Provide a graphical representation of the solution. My Note: This is my first time resubmitting, I was told to confirm that MXC(Q) =10 is the correct form of the Marginal cost of extraction to answer this question correctly. I'm not sure but this is the way my professor asked his question.
Consider the following two-period model of dynamically efficient extraction of a non-renewable natural resource. The constant social marginal cost of extraction is 40 in each period and the total stock of the resource is Q = 300 units. Moreover, the social marginal benefit is MB(Qt) = 200 - Qt, where Qt is the quantity of resource extracted in period t, for t = 0; 1. The discount factor is 0.8. What is the efficient quantity of resources extracted in each period? Provide a graphical representation of the solution.
Consider the following two-period model of dynamically efficient extraction of a non-renewable natural resource. The constant social marginal cost of extraction is 40 in each period and the total stock of the resource is Q = 300 units. Moreover, the social marginal benefit is MB(Qt) = 200 Qt, where Qt is the quantity of resource extracted in period t, for t = 0; 1. The discount factor is 0:8. What is the marginal user cost (or scarcity rent) of the resource in each period?
Consider the following two-period model of dynamically efficient extraction of a non-renewable natural resource. The constant social marginal cost of extraction is 40 in each period and the total stock of the resource is Q = 300 units. Moreover, the social marginal benefit is MB(Qt) = 200 Qt, where Qt is the quantity of resource extracted in period t, for t = 0; 1. The discount factor is 0:8. (c) Suppose that there is a market to trade the resource. What is the equilibrium price corresponding to each period? Justify the answer.
Consider the following two-period model of dynamically efficient extraction of a non-renewable natural resource. The constant social marginal cost of extraction is 40 in each period and the total stock of the resource is Q = 300 units. Moreover, the social marginal beneÖt is MB(Qt) = 200 Qt, where Qt is the quantity of resource extracted in period t, for t = 0; 1. The discount factor is 0:8.(a) What is the efficient quantity of resources extracted in each period? Provide a graphical representation of the solution. (b) What is the marginal user cost (or scarcity rent) of the resource in each period? (c) Suppose that there is a market to trade the resource. What is the equilibrium price corresponding to each period? Justify the answer. (d) Suppose that it is now expected that because of an extraction technol- ogy improvement, while the Örst period marginal cost of extraction will still remain MXC1 = 40, the second period one will now de- crease to MXC2 = 20. Answer the previous…
Consider the following two-period model of dynamically efficient extraction of a non-renewable natural resource. The constant social marginal cost of extraction is 40 in each period and the total stock of the resource is Q = 300 units. Moreover, the social marginal beneÖt is MB(Qt) = 200 Qt, where Qt is the quantity of resource extracted in period t, for t = 0; 1. The discount factor is 0:8.(a) What is the efficient quantity of resources extracted in each period? Provide a graphical representation of the solution. (b) What is the marginal user cost (or scarcity rent) of the resource in each period?
. Find the equilibrium solution of given economic models, a- Qd = 8 – P2 , Qs = P2 – 2
Which of the statements best describes an exogenous variable in an economic model? An exogenous variable is a variable whose value does not have a relationship with the other variables in the model. An exogenous variable is a variable whose value is not included in the model An exogenous variable whose value does not change as the state of the economy changes An exogenous variable is a variable whose value does change as the stae of the economy changes
The graph directly below depicts the production of oil from the Gulf of Mexico, with market demand, MEC, MSC, and MPC all drawn on the figure. The X axis defines barrels of oil pumped from the gulf. What is the wedge in terms of barrels of oil? 1. 9 2. 4 3. 5 4. There is no wedge here
You have been tasked with developing a research report based on an economy of your choice anywhere in the world. The economy you select should be a growing economy or an economy that has experienced growth at some stage in its development. Present the finding of your research under the following headings. DETERMINANTS OF DEMAND Identification and in-depth discussion of the determinants of demand that have led to an increase in market demand in one of the critical industries in your chosen economy. (Make reasonable assumptions where necessary). (250 - 300 words)