Answer:
option (C) 280%
Explanation:
Number of shares of stock X purchased = 100
Purchasing cost of share = 
Selling cost of stocks = $24 per share
Brokerage paid = 2%
Now,
The total purchasing cost involved = 
+ 2% of
= 612.5 + 0.02 × 612.5
= $624.75
also,
Total income from sales of stocks
= Total selling cost of shares - brokerage paid
= $24 × 100 - 2% of Total selling cost
= $2400 - ( 0.02 × $2400 )
= $2400 - $48
= $2,352
now,
The investor's percent gain on this investment = 
= 
= 
= 276.47% ≈ 280%
Hence, the correct answer is option (C) 280%
Answer:
The expected return on the portfolio is:
10.31% ($3,331.40)
Explanation:
a) Data and Calculations:
Portfolio investments: Expected Returns % Expected Returns $
Stock M = $13,400 8.50% $1,139
Stock N = $18,900 11.60% $2,192.40
Total $32,300 10.31% $3,331.40
Total expected returns in percentage is Expected Returns $/Total Investments * 100
= $3,331.40/$32,300 * 100
= 10.31%
b) The expected returns on the portfolio is derived by calculating the expected returns for each investment and summing up. Then dividing the expected portfolio returns by the portfolio investment. This yields 10.31% percentage value.
Answer:C. Damage to completed cars held on a storage lot
Explanation:
Operational risk are the hazards and the uncertainties that are faced by companies in the day to day activities. It may be caused as a result of system failure or manufacturing components.
An example of operational risk for a company that manufactures automobiles would be damage to completed cars held on a storage lot.
Answer:
$0.15
Explanation:
Interest is calculated using the formula below.
I = P x i x t
where I = interest
P= principal amount.
i=interest rate
t=time
Interest is given as an annual percentage. A 2.75 % interest will translate to 2.75/100 divided by 12 monthly interest. Therefore, the applicable interest rate is 0.00229 %
interest for the month will be
i=$65 x 0.00229 x 1
=$0.14895
=$0.15
