The answer to the question mentioned above is "the Euro".
Euro is the name of the currency that is used and by 19 members states and 330 million people, though some politicians and economist are calling for its retirement. This is the official currency of the Eurozone.
Answer:
The answer is: A) Is the law rationally related to a legitimate government interest?
Explanation:
A legitimate government interest applies when a government (in this case municipal government) passes a law to protect the health, safety, and economy of it's citizens.
This law will probably be reviewed using a rational basis, which is the least strict type of legal scrutiny.
Answer:
Fisher effect
Explanation:
Fisher effect is the effect in the economic theory that is established by the economist Irving Fisher, which states the relationship among the inflation and both nominal and the real interest rates.
This effect state that the real rate of interest equals to the nominal rate of interest deduct the expected inflation rate.
So, the relationship which is mentioned in the question is the fisher effect as it state the rate of interest that reflect the expectations likely the future inflation rates.
Answer:
b. investment grade corporate bond
Explanation:
Credit rating is used to show the reliability of a security. The Investment Grade is a credit rating the is low risk bond. There is low possiblity of default on this type of investment.
Medium rating of A and BBB represent the investment grade corporate bond.
This is an attractive investment for the more conservative investor.
This is an ideal investment choice for the 50-year old customer with very low tax bracket, in a state with high income tax rates. So she is seeking income and preservation of capital.
Answer:
$4540.19
Explanation:
Step 1: Get the formula for the value of the bond in 2018
Formula= P * (1+r)n
P= Investment = $5000
r= Coupon rate=6%
n= Period or number of years = 6 years
Step 2: Calculate the value of the bond in 2018
Value of the bond in 2018= 5000 * (1+ 0.06)6
= 7092.60
Step 3: Calculate the Present value of the bond
Formula= (P x Present Value Factor) + (Interest x The present value interest factor of an annuity (PVIFA))
(P x Present Value Factor) = (5000 x 1\(1+r)^n)
where r= rate of return= 8%
n= years = 6
(Interest x The present value interest factor of an annuity (PVIFA) =
Interest = (Coupon rate x Investment)
PVIFA= 1\(1+r)^n}
where r= rate of return= 8%
n= years = 6
= (5000 x 0.6307) + (300 x 4.6223
)
=4540.19
