Question #307378

Suppose the velocity of money (V) is constant, Money supply (M) is growing at 5% per year, output (Y) is growing at 2% per year and interest rate (r) is 4%. Using the knowledge of the quantity theory of money and the Fischer effect;


a) Solve for i (nominal interest rate)


b) If the Central Bank increases the money supply by 2 percentage point per year, find the change in nominal interest rate


c) Suppose the growth rate of Y falls to 1% per year, what will happen to inflation? What can the Central Bank do if it wishes to keep inflation constant?



1
Expert's answer
2022-03-07T11:05:03-0500

Suppose V is constant, M is growing 5% per year, Y is growing 2% per year, and r = 4.


a)

We first find π=52\pi = 5 -2


π=3\pi=3


Therefore, i=r+πi = r + \pi


=4+3= 4 + 3


=7= 7

b)

Δi=2\Delta i = 2


It is just the same as the increase in the money growth rate.

π=52π=5−2

π=3π=3

Hence, i=r+πi = r + \pi


=4+3=4+3


=7= 7


c)

The central bank does nothing Δπ=1\Delta \pi =1. For the central bank to prevent inflation from rising, it must reduce the money growth rate by 1%1\% point per year.


Need a fast expert's response?

Submit order

and get a quick answer at the best price

for any assignment or question with DETAILED EXPLANATIONS!

Comments

No comments. Be the first!
LATEST TUTORIALS
APPROVED BY CLIENTS