The graph to the right ilustrates how the Fed uses discounting to keep the federal funds rate from rising far above the federal funds target. It shows a rightward shift of the demand curve for reserves from R; to R. The initial equilibrium is at point 1, where the discount rate (e) is above the federal funds rate, which is equal to its target level, i The shift moves the equilibrium to point 2, where the federal funds rate equals the discount rate (-4). According to this graph, at point 2, borrowed reserves are A. equal to the distance between B and C B. equal to the distance between A and B C. equal to the distance between A and C D. zero 0000
The graph to the right ilustrates how the Fed uses discounting to keep the federal funds rate from rising far above the federal funds target. It shows a rightward shift of the demand curve for reserves from R; to R. The initial equilibrium is at point 1, where the discount rate (e) is above the federal funds rate, which is equal to its target level, i The shift moves the equilibrium to point 2, where the federal funds rate equals the discount rate (-4). According to this graph, at point 2, borrowed reserves are A. equal to the distance between B and C B. equal to the distance between A and B C. equal to the distance between A and C D. zero 0000
Chapter1: Making Economics Decisions
Section: Chapter Questions
Problem 1QTC
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Transcribed Image Text:Federal Funds Rale
The graph to the right illustrates how the Fed uses discounting to keep the
federal funds rate from rising far above the federal funds target. It shows a
rightward shift of the demand curve for reserves from R to R. The initial
equilibrium is at point 1, where the discount rate (a) is above the federal
funds rate, which is equal to its target level, i. The shift moves the
equilibrium to point 2, where the federal funds rate equals the discount
rate ( =l4). According to this graph, at point 2, borrowed reserves are:
!3!
A. equal to the distance between B and C.
B. equal to the distance between A and B.
C. equal to the distance between A and C
D. zero.
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