e. Solve for the equilibrium values of C and 1, and verify the value you obtained for Yby adding C, 1, and G. f. Now suppose that the money supply increases to M/P-1,840 . Solve for Y,i,c, and T, and describe in words the effect of an expansionary monetary policy. g. Set M/P equal to its initial value of 1,600. Now suppose that government spending increases to G-400. Summarize the effects of an expansionary fiscal policy on Y,i, and C.

Managerial Economics: Applications, Strategies and Tactics (MindTap Course List)
14th Edition
ISBN:9781305506381
Author:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Publisher:James R. McGuigan, R. Charles Moyer, Frederick H.deB. Harris
Chapter5: Business And Economic Forecasting
Section: Chapter Questions
Problem 4E
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please answer for question E, F and G

1. Consider the following IS – LM model:
C = 200 + 0.25Y,
I = 150 + 0.25Y – 1000i
G = 250
T - 200
(M/PY - 2Y – 8000i
M/P = 1600
a. Derive the IS relation. (Hint: You want an equation with Y on the left side and
everything else on the right.)
b. Derive the LM relation. (Hint: It will be convenient for later use to rewrite this
equation with i on the left side and everything else on the right.)
c. Solve for equilibrium real output. (Hint: Substitute the expression for the interest
rate given by the LM equation into the iS equation and solve for output.)
d. Solve for the equilibrium interest rate. (Hint: Substitute the value you obtained for
Y in part (c) into either the IS or LM equations and solve for i. If your
algebra is correct, you should get the same answer from both equations.)
e. Solve for the equilibrium values of C and I, and verify the value you obtained
for Y by adding C, 1, and G.
f. Now suppose that the money supply increases to M/P-1,840. Solve for Y,i,c,
and T, and describe in words the effect of an expansionary monetary policy.
g. Set M/P equal to its initial value of 1,600. Now suppose that government
spending increases to G=400. Summarize the effects of an expansionary fiscal
policy on Y,i, and C.
Transcribed Image Text:1. Consider the following IS – LM model: C = 200 + 0.25Y, I = 150 + 0.25Y – 1000i G = 250 T - 200 (M/PY - 2Y – 8000i M/P = 1600 a. Derive the IS relation. (Hint: You want an equation with Y on the left side and everything else on the right.) b. Derive the LM relation. (Hint: It will be convenient for later use to rewrite this equation with i on the left side and everything else on the right.) c. Solve for equilibrium real output. (Hint: Substitute the expression for the interest rate given by the LM equation into the iS equation and solve for output.) d. Solve for the equilibrium interest rate. (Hint: Substitute the value you obtained for Y in part (c) into either the IS or LM equations and solve for i. If your algebra is correct, you should get the same answer from both equations.) e. Solve for the equilibrium values of C and I, and verify the value you obtained for Y by adding C, 1, and G. f. Now suppose that the money supply increases to M/P-1,840. Solve for Y,i,c, and T, and describe in words the effect of an expansionary monetary policy. g. Set M/P equal to its initial value of 1,600. Now suppose that government spending increases to G=400. Summarize the effects of an expansionary fiscal policy on Y,i, and C.
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