Answer:
Results are below.
Explanation:
Giving the following information:
Initial investment= $1,000
Annual interest rate= 6% = 0.06
Number of periods= n
<u>To calculate the future value after "n" periods, we need to use the following formula:</u>
FV= PV*(1+i)^n
<u>For example:</u>
n= 6 years
FV= 1,000*(1.06^6)
FV= $1,418.52
Answer:
5.62%
13.75%
Explanation:
According to the DDM method,
the value of a stock = [dividend x ( 1 + growth rate)] / [cost of equity - growth rate]
67 = 0.4(1.05) / r - 0.05
multiply both sides of the equation by r -0.05
67(r - 0.05) = 0.42
divide both sides of the equation by 67
r - 0.05 = 0.006269
r = 0.0563
= 5.63%
b. the cost of equity using the capm method =
risk free rate of return + beta x ( expected return - risk free return)
5% + 1.25 x (12 - 5) = 13.75%
Answer:
Price at which this system is sold is $1,980
so correct option is B. $1,980
Explanation:
given data
computer chip = $180
software = $350
printer = $50
value added = $1,400
to find out
price at which the system is sold
solution
Price at which this system is sold is
system is sold = computer chip + software + printer + value added
so
Price at which this system is sold is = $180 + $350 + $50 + $1,400
Price at which this system is sold is $1,980
so correct option is B. $1,980
Answer: The answer is c $1,080 $560
Explanation:
The journal entry will be
Dr: common stock $200 million
Dr: paid in capital $180 million
In the stockholders equity section , the treasury stock is seen as a separate line item in the stockholders equity. The treasury stock will be deducted from the total stockholders equity. The treasury stock is not a part of paid in capital nor part of the retained earning.
Therefore the balance in the paid in capital excess of par Retained Earnings is 1,080 $560
Investors would be the answer
