Suppose that there are only three consumers of a product. At a price of $6 per unit, the first consumer would buy 12 units of the product, the second consumer would buy 8 units, and the third consumer would buy 3 units of the product

Suppose the United States economy is represented by the following equations: Z = C + I + G C = 500 + .5YD T = 600 I = 300 YD = Y - T G = 2000 a. Given the above variables, calculate the equilibrium level of output. Hint: First specify (using the above numbers) the demand equation (Z) for this economy. Second, using the equilibrium condition, equate this expression with Y. Once you have done this,

solve for the equilibrium level of output. Using the ZZ-Y graph (i.e., a graph that includes the ZZ line and 45-degree line with Z on the vertical axis, and Y on the horizontal axis), illustrate the equilibrium level of output for this economy. b. Now, assume that consumer confidence decreases causing a reduction in autonomous consumption (c0 ) from 500 to 400. What is the new equilibrium level of output? How much does income change as a result of this event? What is the multiplier for this economy? c. Graphically illustrate the effects of this change in autonomous consumption on the demand line (ZZ) and Y. Clearly indicate in your graph the initial and final equilibrium levels of output. d. Briefly explain why this reduction in output is greater than (in absolute terms) the initial reduction in autonomous consumption.

Two farmers, A and B, each apply 100 tons of manure on their fields. To reduce manure runoff, the government has decided to require a permit for each ton of manure applied. The government gives each farmer 50 permits. Farmer A incurs losses of $25 for each ton of manure he does not apply, and Farmer B incurs losses of $50 for each ton of manure he does not apply. What is the total cost of

reducing runoff if firms are not allowed to buy and sell permits from each other? What is the total cost of reducing runoff if the firms are allowed to buy and sell permits from each other? a. $3,750; $2,500 b. $2,500; $3,750 c. $5,000 . $2,500 d. $3,750; $3,750