Answer:
You should pay $84.42 today for the bond.
Explanation:
bond price = value of bond/[(1 + interest rate)^number of years]
= $100/[(1 + 1.9%)^9]
= $100/(1.185)
= $84.42
Therefore, You should pay $84.42 today for the bond.
Answer:
A. True
Explanation:
For accepting the payment by credit card or by debit card, the online merchant i.e online seller by whom the individual buys the products online.
The online merchant has an agreement with the merchant account and the bank or financial institution so that the individual can able to pay the amount through online mode to the online merchant and in the same time, the amount is deducted from the individual bank account after placing the order
Answer: Descriptive statistics uses the data to provide descriptions of the population, either through numerical calculations or graphs or tables. Inferential statistics makes inferences and predictions about a population based on a sample of data taken from the population in question.
Explanation: Scottsdale, AZ $167 0.973 12.43%
Washington, DC $436 0.990 2.88%
San Francisco $636 1.026 6.55%
as Vegas, NV $74 1.000 19.45%
Nashville, TN $106 0.973 18.09%
They are all Inferential study
Answer:
The real risk free rate is 3.8%
The exact risk-free rate is 3.68%
Explanation:
The interest rate on the Treasury bills is usually a combination of real risk free rate and inflation rate to compensate investors for average inflation in the economy during the instrument lifetime which equals nominal risk-free rate.
nominal risk-free rate = real risk-free rate+inflation rate
nominal risk-free rate=7%
inflation rate=3.2%
real risk-free rate=7%-3.2%
real risk-free rate=3.8%
The exact real risk-free rate can be computed thus:
nominal rate+1=(real risk-free rate+1)*(inflation rate+1)
real risk-free rate=(nominal rate+1)/(inflation rate+1)-1
real risk free rate=(1.07/1.032)-1
real risk-free rate=0.036821705
real risk-free rate=3.68%
I think A if not than B I’m sorry if I’m incorrect