Answer: $220
Explanation:
The following information can be derived from the question:
PV = $200
INT = 0.1 or 10%
N = 1 (years)
To calculate the future value of this investment, we will use the formula:
FV = PV( 1 + i)^n
FV = $200(1 + 0.1)
FV = $200(1.1)
FV = $220
The future value of this investment would be $220.
His study had a high level of <em>replicability.</em>
Replicability is, in psychology and other experiments, the ability for the study to consistently produce the same results when conducted multiple times with the exact same procedure. If Kevin was able to conduct his experiment and Malcolm was also able to follow the same procedure and find the same results, then his study is highly replicable.
Answer:
At Yield to maturity = 11%
Price = $1,000
Explanation:
As for the provided information we have:
Par value = $1,000
Interest each year = $1,000 
11% = $110
Effective interest rate semiannually = 11%/2 = 5.5% = 0.055
Since it is paid semiannually, interest for each single payment = $110 0.5 = $55 for each payment.
Time = 8 years, again for this since payments are semi annual, effective duration = 16
Price of the bond = 
Here, C = Coupon payment = $55
i = 0.055
n = Time period = 16
M = Maturity value = Par value = $1,000
Therefore, if yield to maturity = 11% then,
P = 
= $1,000
Answer:
B) should pack her bags for the trip; she earned it
Explanation:
In this scenario, it can be said that if the client purchases that annuity, the agent should pack her bags for the trip; she earned it. Since the annuity that has been recommended by the agent is offering her an incentive, and the agent fully disclosed that fact to the client, then she did her duty correctly. In the case that the client decides to purchase the annuity, they do so with full knowledge of the potential conflict of interest.
