Problem 14-12 (algo) The following set of equations describe an economy: C = 16,000 + 0.5(YT) - 50,000r IP = 7,000 - 24,000r G = 8,200 NX = 1,800 T = 8,500 Y* = 48,620 a. Find a numerical equation relating planned aggregate expenditure to output and to the real interest rate. PAE= 33000 * 74000 + 0.50 Y b. At what value should the Fed set the real interest rate to eliminate any output gap? (Hint. Set output Yequal to the value of potential output given above in the equation you found in part a. Then solve for the real interest rate that also sets planned aggregate expenditure equal to potential output.) Instructions: Enter your response as a whole number. Real rate of interest: 6 %
Problem 14-12 (algo) The following set of equations describe an economy: C = 16,000 + 0.5(YT) - 50,000r IP = 7,000 - 24,000r G = 8,200 NX = 1,800 T = 8,500 Y* = 48,620 a. Find a numerical equation relating planned aggregate expenditure to output and to the real interest rate. PAE= 33000 * 74000 + 0.50 Y b. At what value should the Fed set the real interest rate to eliminate any output gap? (Hint. Set output Yequal to the value of potential output given above in the equation you found in part a. Then solve for the real interest rate that also sets planned aggregate expenditure equal to potential output.) Instructions: Enter your response as a whole number. Real rate of interest: 6 %
Chapter9: Aggregate Demand
Section: Chapter Questions
Problem 3.7P
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