In this module, we learned about deadweight loss and analyzed the welfare effects of a tax on a good.  Now consider the opposite policy.  Suppose that the government subsidizes a good: For each unit of the good sold, the government pays $2 to the buyer.  How does the subsidy affect consumer surplus, producer surplus, tax revenue, and total surplus?  Does a subsidy lead to a deadweight loss? Why or why not?

The answer is -77 and I don't get how and why

Suppose the vertical distance between points S and R represents a tax in the market. Please answer the questions under the case of the tax. What area is the tax revenue to the government? What is the amount of the tax revenue? What area is the consumer surplus represented by? What is the amount of consumer surplus? What area is the producer surplus represented by? What is the amount of producer surplus? What area is the deadweight loss represented by? What is the amount of deadweight loss? What is the buyers’ share of tax burden? What is the sellers’ share of tax burden?

In the market for candy, researchers have estimated the following demand and supply curves.  Demand: P= 8 - Q/100 Supply:    P=  (3Q)/700 If the government imposes an excise tax of $0.50 per unit. What is tax revenue out of this tax? (Remember that the tax does not change the demand and supply curves).

Suppose that the demand curve for wheat is and the supply curve is Producer surplus Q = 400-40p The government provides producers with a specific subsidy of s= $2 per unit. How do the equilibrium price and quantity change? The equilibrium price decreases by $1 and the equilibrium quantity increases by $40 units. (Enter numeric responses using real numbers rounded to two decimal places.) What effect does this tax (subsidy) have on consumer surplus, producer surplus, government revenue, welfare, and deadweight loss? Consumer surplus increases by $ 220. by $ Qs = 40p.

The mayor of the city decides to impose a $2 tax on each bottle of apple juice, then the total surplus is?

Richard and Henry like soda drinks. Henry's demand for soda is: P=10-Q; the demand for Richard is P=5.5-0.5Q. The supply of soda cans is perfectly elastic at P=1. The government imposes a tax on soda cans equal to t=$1 per can. a) Which consumer will suffer the greater loss of consumer surplus in response of the tax? why?b) Would the government prefer all consumers to be like Henry or like Richard if the government wants to maximise tax revenue? Why? Accompany your answer with a diagram to illustrate your argument.

Consider the market for commercial fans. The following graph shows the demand and supply for commercial fans before the government imposes any taxes.   First, use the black point (plus symbol) to indicate the equilibrium price and quantity of commercial fans in the absence of a tax. Then use the green point (triangle symbol) to shade the area representing total consumer surplus (CS) at the equilibrium price. Next, use the purple point (diamond symbol) to shade the area representing total producer surplus (PS) at the equilibrium price. Suppose the government imposes an excise tax on commercial fans. The black line on the following graph shows the tax wedge created by a tax of $50 per fan.   First, use the tan quadrilateral (dash symbols) to shade the area representing tax revenue. Next, use the green point (triangle symbol) to shade the area representing total consumer surplus after the tax. Then, use the purple point (diamond symbol) to shade the area representing total producer…

Consider the market for mountain bikes. The following graph shows the demand and supply for mountain bikes before the government imposes any taxes. First, use the black point (plus symbol) to indicate the equilibrium price and quantity of mountain bikes in the absence of a tax. Then use the green point (triangle symbol) to shade the area representing total consumer surplus (CS) at the equilibrium price. Next, use the purple point (diamond symbol) to shade the area representing total producer surplus (PS) at the equilibrium price.   (screen shot 1)   Suppose the government imposes an excise tax on mountain bikes. The black line on the following graph shows the tax wedge created by a tax of $80 per bike. First, use the tan quadrilateral (dash symbols) to shade the area representing tax revenue. Next, use the green point (triangle symbol) to shade the area representing total consumer surplus after the tax. Then, use the purple point (diamond symbol) to shade the area…

The demand for tomatoes is Q = 40-4P and the supply of tomatoes is Q = P +10. Answer the following questions. (a) Suppose that $1 per unit tax is levied on the consumers. Who bears the economic incidence of this tax? (b) Calculate the deadweight loss (c) Suppose that stores will pay $1 per unit tax directly. What will happen to the "sticker price" on tomatoes? How will the size of the consumer tax burden change? (d) Suppose that tax is increased to $2 per unit on the consumers. Calculate the deadweight loss. Compare the size of the deadweight loss with (b).