Answer:
a. 2 years
b. 1 year
c. 12 times
Explanation:
Interest period is the duration of the deposit. It is the length of time the money would remain in deposit. This is 2 years according to the question
Compounding period = number of times interest would be paid. In the question, this is a year. So interest would be paid every year
The compounding frequency - it is the number of times the deposit would be compounded. It is 12 months
The future value of the deposit can be determined using this formula :
FV = P (1 + r/m)^nm
FV = Future value
P = Present value
R = interest rate
N = number of years
m = number of compounding
Answer:
secondary
Explanation:
as 10 class is rrferred to as secondary education
plz folliw me
Answer:
The correct answer is letter "A": True.
Explanation:
Digitizing photographs complicated printing since it pushed printers' manufacturers to invest more in their development teams to create high-quality image printing devices. This was originated as a result of the spread of the paste-up process which allowed individuals to attach almost any image to their documents for printing purposes.
Answer:
The Mean return = 0.8*16.5% + 0.2*-11.6%
The Mean return = 0.132 + (-0.0232)
The Mean return = 0.132 - 0.0232
The Mean return = 0.1088
The Mean return = 10.88%
Variance = 0.8*(16.5%-10.88%)^2 + 0.2*(-11.6%-10.88%)^2
Variance = 0.8*(5.62%)^2 + 0.2*(-0.72%)^2
Variance = 0.012634
Answer:
no option is correct
long term capital gains = ($24.50 - $22) x 500 = $1,250
dividend income = $0.32 x 500 = $160
total return = $1,410
Maybe your teacher is asking about long term capital gains only. If that is the case, then option A. $1,250 is correct
Explanation:
total return = ending value - initial value + dividends received = (500 x $24.50) - (500 x $22) + (500 x $0.32) = $12,250 - $11,000 + $160 = $1,410
holding period return = (ending value - initial value + dividends received) / initial value = $1,410 / $11,000 = 0.1282 = 12.82%
