In an economy at its steady state, real GDP, Y, increases at the rate g+n, where g is the technological growth rate and n is the rate of population growth. The monetary base M is equal to nominal GDP divided by the velocity of Le. M- PY/V where P is the price level. Thus, assuming the velocity of money is constant, the growth rate of the monetary base will be (approximately) money V ΔΜ M +g+n where is the inflation rate. The velocity of money is determined by the function V V°e The nominal interest rate i is determined by i = r"+T, where the natural real interest rate r is constant in steady state and taken as given. Assume that n 0, g-0.03, r" - 0.05, 6-1, and V"- 20. (a) What is the seignorage as a fraction of nominal GDP, when inflation is = 0.017 (b) What is the seignorage as a fraction of nominal GDP, when inflation is a 0.10? (c) What rate of inflation w maximizes seignorage? (d) What is the maximal seignorage as a fraction of nominal GDP?

ENGR.ECONOMIC ANALYSIS
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Chapter1: Making Economics Decisions
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In an economy at its steady state, real GDP, Y, increases at the rate g+n, where g is
the technological growth rate and n is the rate of population growth.
The monetary base M is equal to nominal GDP divided by the velocity of
i.e. M - PY/V where P is the price level. Thus, assuming the velocity of money is
constant, the growth rate of the monetary base will be (approximately)
money
V
ΔΜ
=*+g+n
M
where is the inflation rate.
The velocity of money is determined by the function
V = V°ehi
The nominal interest rate i is determined by i = r" +T, where the natural real interest
rate r" is constant in steady state and taken as given.
Assume that n = 0, g= 0.03, r" = 0.05, 6 =1, and V" = 20.
(a) What is the seignorage as a fraction of nominal GDP, when inflation is a = 0.01?
(b) What is the seignorage as a fraction of nominal GDP, when inflation is a =0.10?
(c) What rate of inflation w maximizes seignorage?
(d) What is the maximal seignorage as a fraction of nominal GDP?
Transcribed Image Text:In an economy at its steady state, real GDP, Y, increases at the rate g+n, where g is the technological growth rate and n is the rate of population growth. The monetary base M is equal to nominal GDP divided by the velocity of i.e. M - PY/V where P is the price level. Thus, assuming the velocity of money is constant, the growth rate of the monetary base will be (approximately) money V ΔΜ =*+g+n M where is the inflation rate. The velocity of money is determined by the function V = V°ehi The nominal interest rate i is determined by i = r" +T, where the natural real interest rate r" is constant in steady state and taken as given. Assume that n = 0, g= 0.03, r" = 0.05, 6 =1, and V" = 20. (a) What is the seignorage as a fraction of nominal GDP, when inflation is a = 0.01? (b) What is the seignorage as a fraction of nominal GDP, when inflation is a =0.10? (c) What rate of inflation w maximizes seignorage? (d) What is the maximal seignorage as a fraction of nominal GDP?
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