Question Two: Assume the following equations summarize the structure of an economy. С = Ca +...
Question Two: Assume the following equations summarize the structure of an economy. с =C+0.7(Y - T) Са = 2,000 - 5r T 150+ 0.15Y (M/P) = 0.3Y - 10r M/P 3,000 2,000 -10r G 4,000 - 2y NX 1,500 -0.1 Y-5r A. Calculate the equilibrium real output (Y) and (r). B. If government spending increases by 100, compute by how much the fed must increase the money supply if it wants to avoid the crowding out of expansionary fiscal policy....
ca Question Two: Assume the following equations summarize the structure of an economy. с = C2 +0.7(Y-T) = 2,000 - 50 T = 150+ 0.15Y (M/P) = 0.3Y - 10r M/P = 3,000 = 2,000 -10r G 4,000 - 2y NX = 1,500 -0.1 Y-5r i A. Calculate the equilibrium real output (Y) and (r). B. If government spending increases by 100, compute by how much the fed must increase the money supply if it wants to avoid the crowding...
Question Two: Assume the following equations summarize the structure of an economy. С C+0.7(Y-T) са 2,000 - 5r T 150 +0.157 (M/P)+ - 0.3Y - 10r MS/P 3,000 2,000 -10r G 4,000 - 2y NX - 1,500 -0.1 Y-5r A. Calculate the equilibrium real output (Y) and (r). B. If government spending increases by 100, compute by how much the fed must increase the money supply if it wants to avoid the crowding out of expansionary fiscal policy. Make sure...
Assume the following equations summarize the structure of an economy. C =Ca +0.7(Y-T) Ca = 2,000 - 5r T = 150 + 0.15Y (M/P)d = 0.3Y - 10r MS/P = 3,000 i = 2,000 -10r G = 4,000- .2y NX = 1,500 - 0.1Y- 5r A. Calculate the equilibrium real output (Y) and (r). B. If government spending increases by 100, compute by how much the fed must increase the money supply if it wants to avoid the crowding out...
Question Three: Assume the following equations summarize the structure of an economy. с = Ca + 0.6(Y - T) Са = 1,000 - 20r т = 100+ 0.17 (M/P)' = 0.3Y - 100 MS/P = 2,000 2,500 + ly G 5,000 - ly NX = 1,000 - 0.17 Calculate the equilibrium real output (Y) and (r).
Question 2 Explain how the effectiveness of contractionary monetary policy (dM Fiscal policy (dg <0) depends on the magnitude of the response of NX to in r or dNX/dr. Make sure to provide your answer with the relevant mathematical equations, and economic interpretation. points) Question Two: Assume the following equations summarize the structure of an economy. с =C, +0.7(Y - T) са = 2,000 - 50 т * 150 + 0.15Y (M/P) 0.3Y - 10r M/P 3,000 2,000 -10r G...
Assume that the following equations summarize the structure of an economy. Answer the following questions: (a) What is the equation of the IS curve? (b) What is the equation of the LM curve? (c) What is the equilibrium real output? (d) What is the equilibrium interest rate? (e) What is the level of saving at equilibrium? What is the level of planned investment at equilibrium? Determine whether leakages equal injections at equilibrium. Assume that r...
NEED HELP WITH QUESTIONS E TO I Consider a hypothetical economy characterized by the following equations(all variables as defined in class). Consumption: C = 700 + 0.95Y Investment: I=500− 30i Government spending: G=50 Money demand: L(i,Y )=0.75Y − 30i Money supply: Ms/P=400 (a) What is the equation of the IS curve? (b) What is the equation for the LM curve? (c) Solve for the equilibrium values of income (Y) and interest rates (i). (d) Assume that the government engages in...
For an economy described by the following equations: C = 1,800 + 0.6 (Y – T) I p = 900 G = 1,500 NX = 100 T = 1,500 Y* = 9,000 Assume that the multiplier for this economy is 2.5. Find the effect on short-run equilibrium output of: a. An increase in government purchases from 1,500 to 1,600. Instructions: Enter your responses as whole numbers. Short-run equilibrium output will (Click to select) increase decrease to . b. A decrease in tax collections from 1,500...
Answer the question (c) 6. An open economy is described by the following equations C = 1000 + 0.6(Y-T) I 20, 000 200r G 5000 T = 5000 MD MS = 60.000 CA = NX = 2000-0.1Y-1000e KA = 5500+ 2(r-r") r"--10 (a) Derive the IS curve (Y as a function of r and e), LM curve (Y as a function of r) and the BP curve (r as a function of Y, e, and the capital mobility parameter z)...