a. Suppose that the carbon sequestration that results from planting a tree is worth $4. Graph the social cost curve that accounts for the positive externality of trees. Instructions: Use the tool provided (MCsocial) to draw the social cost curve and plot only the two endpoints across the range of output 0-100. b. Ignoring the positive externality. [ c. The socially optimal quantity of trees is trees trees will be planted. d. Graph the deadweight loss that occurs when suppliers are unable to capture the $4 external benefit they provide from planting trees. Instructions: Use the tool provided (DWL) to draw the deadweight loss. The deadweight loss to society when suppliers are unable to capture the $4 external benefit they provide from planting trees is
a. Suppose that the carbon sequestration that results from planting a tree is worth $4. Graph the social cost curve that accounts for the positive externality of trees. Instructions: Use the tool provided (MCsocial) to draw the social cost curve and plot only the two endpoints across the range of output 0-100. b. Ignoring the positive externality. [ c. The socially optimal quantity of trees is trees trees will be planted. d. Graph the deadweight loss that occurs when suppliers are unable to capture the $4 external benefit they provide from planting trees. Instructions: Use the tool provided (DWL) to draw the deadweight loss. The deadweight loss to society when suppliers are unable to capture the $4 external benefit they provide from planting trees is
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
Related questions
Question

Transcribed Image Text:The figure below shows supply and demand for planting trees, based on private costs and benefits. Trees sequester carbon, meaning
that they help counteract pollutants that contribute to climate change.
Price of trees (S)
22114
20
18
16
12
10
8
6
4
2
0
MCpvt
D-MBMB,
10 20 30 40 50 60 70 80 90 100
Quantity of trees
Tools
Social Cost
DWL

Transcribed Image Text:a. Suppose that the carbon sequestration that results from planting a tree is worth $4. Graph the social cost curve that accounts for the
positive externality of trees.
Instructions: Use the tool provided (MCsocial) to draw the social cost curve and plot only the two endpoints across the range of output
0-100.
b.
Ignoring the positive externality. [
c. The socially optimal quantity of trees is
trees
trees will be planted.
d. Graph the deadweight loss that occurs when suppliers are unable to capture the $4 external benefit they provide from planting
trees.
Instructions: Use the tool provided (DWL) to draw the deadweight loss.
The deadweight loss to society when suppliers are unable to capture the $4 external benefit they provide from planting trees is
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