Assume that the monetary policy curve is given byr=1.5+0.75π.

a. Calculate the real interest rate when the inflation rate is2%,3%,and4%.

b. Draw a graph of the MP curve, labeling the points from part (a).

c. Assume now that the monetary policy curve is given by r=2.5+0.75π.Does the new monetary policy curve represent an autonomous tightening or loosening of monetary policy?

d. Calculate the real interest rate when the inflation rate is2%,3%,and4%, and draw the new MP curve, showing the shift from part (b).

Short Answer

Expert verified

a. Calculate the real interest rate when the inflation rate is2%,3%,4%is3.0%,3.75%,4.5%.b.Derivation of MP curve with given inflation point is shown in the figure below:

c. The new monetary policy curve r=1.5+0.75πshows an autonomous tight of the monetary policy to lower the rate of inflation.

d. The graph below shows the Derivation of MP curve with new given monetary policy curve. Where axis represents increasing real charge per unit andy represents increasing rate. The upward slope of the MP curve shows the reaction of the financial organization to higher rate by increasing the important interest rates.

Step by step solution

01

Concept Introduction

Rate refers to the speed at which prices of the economy rises over time leading to a fall within the purchasing power. it's being calculated using the increase within the price of an outlined basket of product. The financial institution always attempts to confine inflation and maintain a strategic distance from deflation so as to stay the economy balanced. The real rate of interest is that the rate of interest an investor, saver or lender receives within the wake of taking under consideration inflation. It is depicted more formally by the Fisher equation, which expresses that the important rate of interest is roughly the nominal rate minus the rate.

02

Explanation of Solution (Part a)

Given monetary policy curve as r=1.5+0.75π

Where,

-ris the real interest rate

-πis inflation rate.

When πis2:

r=1.5+0.75(2)

=1.5+1.5

=3.0%

Whenπis3:r=1.5+0.75(3)=1.5+2.25=3.75%

Whenπis4:r=1.5+0.75(4)=1.5+3.0=4.5%

03

Explanation of Solution (Part b)

In the above graph, xaxis represents real interest rate andy axis represents inflation rate. The upward slope of the MP curve shows the reaction of the central bank to higher inflation rate by increasing the real interest rates.

04

Explanation of Solution (Part c)

The new monetary policy curve r=2.5+0.75πshows an autonomous tight of the monetary policy to lower the rate of inflation.

As the increased rate of inflation also increased the important charge per unit causing the monetary policy curve move upward thereby helping the economy to contract and inflation to fall.

05

Explanation of Solution (Part d)

Given monetary policy curve as

Where,

ris the real interest rate

πis inflation rate.

Whenπis2:

r=1.5+0.75(2)=1.5+1.5=3.0%

Whenπis3:r=1.5+0.75(3)=1.5+2.25=3.75%

Whenπi4:r=1.5+0.75(4)=1.5+3.0=4.5%

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Most popular questions from this chapter

"Autonomous monetary policy is more effective at changing output when λ is higher." Is this statement true, false, or uncertain? Explain your answer.

A measure of real interest rates can be approximated by the Treasury Inflation-Indexed Security, or TIIS. Go to the St. Louis Federal Reserve FRED database, and find data on the five-year TIIS (FII5) and the personal consumption expenditure price index

(PCECTPI), a measure of the price index. Choose “Quarterly” for the frequency setting for the TIIS, and choose “Percent Change From Year Ago” for the unitssetting on (PCECTPI). Plot both series on the samegraph, using data from 2007through the most currentdata available. Use the graph to identify periods of autonomous monetary policy changes. Briefly explain your reasoning.

What would be the effect of an increase in U.S. net exports on the aggregate demand curve? Would an increase in net exports affect the monetary policy curve? Explain.

Consider the economy described in Applied Problem 23.

a. Derive expressions for the MP curve and the AD

curve.

b. Assume that p = 2. What are the real interest rate

and the equilibrium level of output?

c. Suppose government spending increases to $4 trillion.

What happens to equilibrium output?

d. If the Fed wants to keep output constant, then what

monetary policy change should it make?

A measure of real interest rates can be approximated by the Treasury Inflation-Indexed Security, or TIIS. Go to the St. Louis Federal Reserve FRED database, and find data on the five-year TIIS (FII5) and the personal consumption expenditure price index (PCECTPI), a measure of the price index. Choose “Quarterly” for the frequency setting of the TIIS, and download both data series. Convert the price index data to annualized inflation rates by taking the quarter-to-quarter percent change in the price index and multiplying it by 4. Be sure to multiply by 100 so that your results are percentages.

a. Calculate the average inflation rate and the average real interest rate over the most recent four quarters of data available and the four quarters prior to that.

b. Calculate the change in the average inflation rate between the most recent annual period and the year prior. Then calculate the change in the average real interest rate over the same period.

c. Using your answers to part (b), compute the ratio of the change in the average real interest rate to the change in the average inflation rate. What does this ratio represent? Comment on how it relates to the Taylor principle.

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