2
answers
0
watching
286
views
28 Sep 2019
3. Demand, Supply, consumer surplus, and Market Equilibrium. The following relations describe monthly demand and supply conditions in the metropolitan area for recyclable aluminum
QD + 92 - 2Px (Demand)
QS = -16 + Px (Supply)
where Q is a quantity measured in pounds of scrap aluminum and P is the price in dollars.
Complete the following table:
A.
What is the condition for market equilibrium?
B
Calculate the market equilibrium price and equilibrium output?
C.
What is the inverse demand curve P = f (QD)?
D.
Compute the consumer surplus at the equilibrium price.
E.
What is the inverse supply curve P = f (Qs)?
F.
Compute the producer surplus at the equilibrium price.
3. Demand, Supply, consumer surplus, and Market Equilibrium. The following relations describe monthly demand and supply conditions in the metropolitan area for recyclable aluminum
QD + 92 - 2Px (Demand)
QS = -16 + Px (Supply)
where Q is a quantity measured in pounds of scrap aluminum and P is the price in dollars.
Complete the following table:
A.
What is the condition for market equilibrium?
B
Calculate the market equilibrium price and equilibrium output?
C.
What is the inverse demand curve P = f (QD)?
D.
Compute the consumer surplus at the equilibrium price.
E.
What is the inverse supply curve P = f (Qs)?
F.
Compute the producer surplus at the equilibrium price.
Chika IlonahLv10
28 Sep 2019
Already have an account? Log in
Related textbook solutions
Related questions
The generalized demand and supply functions for good X are
Qd = 10 -2Px - 4PY + M Qs = 10 + 2PX
|
Where: QD = quantity demanded of good X PX = price of good X M = consumer income PY = price of good Y |
QS = quantity supplied of good X PX = price of good X
|
A. Are good X and good Y substitutes or complements? Why?
B. Is good X a normal good or an inferior good? Why?
C. What is the demand function when PY = $4 and M = $600?
d. Use the demand function you found in part c. and solve for the equilibrium price (Po) and the equilibrium quantity (Qo).
e. Find the inverse demand function and the inverse supply function.
f. Sketch this market.
