2.A bond offers a real rate of interest of 2.0% per annum. If expected inflation is 3.0% per annum, the nominal rate of interest per annum, according to the exact Fisher equation, is (in percentage to nearest two decimal places; do not use the percentage sign eg 2.881% is 2.8
We see that the nominal rate of interest per annum is given as equal to =1.02*1.03-1=5.06%
2.A bond offers a real rate of interest of 2.0% per annum. If expected inflation is...
nominal rate of interest
The expected inflation rate is 6.6% and the real rate is 5.0%. Including the Fisher effect, the nominal rate of interest is __%. Round your answer to two decimal places.
Suppose the real interest rate is 3% and expected inflation is 3%. What is the nominal interest rate?nominal interest rate: = _______ %All else equal, if inflation decreases by 0 %, what will happen to the nominal interest rate?The real interest rate will decrease by 0 %.The nominal interest rate will decrease by 0 %.The nominal interest rate will increase by 0 %.The real interest rate will increase by 0 %.What do economists call the relationship between the nominal interest...
The expected real rate of interest is 0.5%, actual inflation over the last year was -0.05%, and the nominal interest rate is currently 0.28%. According to the Fisher equation, what is the expected inflation (in %) over the next year, dPe? Round to 0.01%. E.g., if your answer is 3.145%, record it as 3.15
1. Calculate the real interest rate per annum using the full Fisher equation if the nominal interest rate is 6% per annum and the inflation rate is 2% per annum. A. 3.92% B. 4.00% C. 8.00% D. 8.12% 5. Calculate the simple interest rate per to a nominal interest rate of 4% compounded monthly over a 24 period. A. 3.33% B. 4.00% C. 4.16% D. 6.67% 6. Michael made a deposit of $13,000 exactly 5 years ago into an account...
6. The Fisher effect and the cost of unexpected inflation Suppose the nominal interest rate on savings accounts is 11% per year, and both actual and expected inflation are equal to 5%. Complete the first row of the table by filling in the expected real interest rate and the actual real interest rate before any change in the money supply. Now suppose the Fed unexpectedly increases the growth rate of the money supply, causing the inflation rate to rise unexpectedly from 5% to...
The expected real rate of interest is 0.6%, actual inflation over the last year was 3%, and expected inflation over the next year is 7.4%. What is the current level of nominal interest rates (in %) predicted by the Fisher equation? Round to 0.01%. E.g., if your answer is 3.145%, record it as 3.15.
Please show your work
If the real interest rate is 7.3% and the inflation rate is 4.2%, what is the nominal interest rate? Enter you answer as a percentage. Do not enter the percentage sign into your answer Enter your response below (rounded to 2 decimal places)
Use the following Taylor rule to calculate what would happen to the real interest rate if inflation increased by 1 percentage points. Target federal funds rate = Natural rate of interest + Current inflation + 1/2(Inflation gap) + 1/2(Output gap) Instructions: Enter your responses rounded to one decimal place. If inflation goes up by 1 percentage points, the target (nominal) federal funds rate goes up by ____ percentage points (____ percentage points due to the direct impact of inflation and...
If the nominal interest rate is 6.9% and the real interest rate is 5.9%, what is the inflation rate? Enter your answer as a percentage. Do not enter the percentage sign in your answer. Enter your response below (rounded to 2 decimal places).
Use the following Taylor rule to calculate what would happen to
the real interest rate if inflation increased by 7 percentage
points.
Target federal funds rate
= Natural rate of interest + Current inflation + 1/2(Inflation gap)
+ 1/2(Output gap)
Use the following Taylor rule to calculate what would happen to the real interest rate if inflation increased by 7 percentage points. Target federal funds rate = Natural rate of interest + Current inflation + 1/2(Inflation gap) + 1/2(Output gap)...