1. Assuming that the pure rate of interest is 2%, and
investors require an inflation premium of 3.5% and a risk premium
of 6% to invest in a certain security, calculate the following
rates using the multiplicative form of the Fisher model:
The nominal rate of interest on the security
The real rate of interest on the security
The risk-free rate of interest on securities of this
maturity
(2 decimal places)
2. An Inyo County California municipal bond is
currently yielding 4.2%. What after-tax yield would you receive if
you are in the following circumstances:
You are in a 28% federal tax bracket, and, as a
California resident, you are in the 5% state tax bracket.
You are in a 33% federal tax bracket, and, as a Utah
resident, you pay a 4% state income tax.
You are in a 15% federal tax bracket, and, as a Nevada
resident, you pay no state income tax because Nevada has no income
tax.
( 2 decimal places.)
3. The expected return on a share of ExxonMobil stock
in the U.S. is 15.6% while the expected return on a share of Royal
Dutch Shell stock is 12.6% in the Netherlands. If the pure rate of
return is 2% in both countries and the required risk premium is 6%
for each company's stock, what is the long-term expected inflation
rate in each country if the multiplicative form of the Fisher model
is used in making the calculations?
(2 decimal places.)
Part 1 | Risk free rate of interest = ((1+pure interest) (1+inflation premium))-1 |
Pure interest = 2% | |
Inflation Premium = 3.5% | |
Risk free rate of interest = ((1+2%)(1+3.5%))-1 | |
Risk free rate of interest = ((1.02)(1.035))-1 | |
Risk free rate of interest = 5.57% | |
Nominal interest rate is the pure interest rate + inflation premium | |
Nominal interest rate = 2% + 3.5% | |
Nominal interest rate = 5.5% | |
Fisher equation | |
(1+nominal interest rate)= (1+ real interest rate) (1+inflation rate) | |
Real interest rate = (1+nominal interest rate)/(1+inflation rate)-1 | |
Real interest rate = (1+nominal interest rate)/(1+inflation rate)-1 | |
Real interest rate = ((1+5.5%)/(1+3.5%))-1 | |
Real interest rate = (1.055/1.035)-1 | |
Real interest rate = 1.93% |
Part 2 | Bond Current Yield = 4.2% |
a) | Federal tax = 28% |
State tax=5% | |
Effective tax rate = 5%*(1-28%)+28% | |
Effective tax rate = 3.6%+28% | |
Effective tax rate = 31.6% | |
After tax yield = Bond yield/(1-effective tax rate) | |
After tax yield = 4.2/(1-31.6%) | |
After tax yield = 4.2/(1-31.6%) | |
After tax yield = 4.2/(1-31.6%) | |
After tax yield = 4.2/0.684 | |
After tax yield = 6.14% | |
b) | Utah resident |
In this case we cant deduct the state tax payment in federal tax return | |
After tax yield = Bond yield/(1-Federal tax rate- state tax rate) | |
After tax yield = 4.2/(1-33%-4%) | |
After tax yield = 4.2/0.63 | |
After tax yield = 6.67% | |
c) | There is only federal tax |
After tax yield = Bond yield/(1-Federal tax rate) | |
After tax yield = 4.2/(1-15%) | |
After tax yield = 4.2/0.85 | |
After tax yield = 4.9% |
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