Answer:
The correct answer for option (a) is 28.29% and for option (B) is 2.65%.
Explanation:
According to the scenario, the given data are as follows:
Initial price = $117
Ending price = $147
Dividend = $3.10
(a) We can calculate the Total return percentage by using following formula:
Total return percentage = ( Ending Price - Initial Price + Dividend) ÷ Initial Price
By putting the value, we get
Total return percentage = ( $147 - $117 + $3.10) ÷ ( $117)
= 28.29% (approx).
(b). we can calculate the dividend yield by using following formula:
Dividend Yield = Dividend ÷ Initial Price
By putting the value, we get
Dividend Yield = $3.10 ÷ $117
= 2.65%
Answer:
The expected rate of return on this investment is:
21%
Explanation:
Cost of computer = $200,000
Annual cash flows for 5 years = $48,271
Total cash flows = $241,355 ($48,271 x 5)
Returns = $41,355 ($241,355 - $200,000)
The expected rate of return = Returns/Costs * 100
or the average of returns and the average of investments (they yield the same results)
Using the total returns and investment:
= $41,355/$200,000 * 100
= 21%
Using the average returns and investment:
= $8,271/$40,000 * 100
= 21%
Answer:
b. 8.225%
Explanation:
The rate formula will be used to solve this question.
Please note that the NPER represents the time value.
Where;
Present value is $754.08
Let's assume that the face value is $1,000
PMT= 1,000 x 7.25% ÷2
=$36.25
NPER= 9 years x 2
= 18 years
The formulae is therefore
Rate(NPER,PMT,-,PV,FV)
The value of the present value is negative.
a. The pretax would therefore be 11.75%
b. After tax cost of debt would be ;
Pretax cost of debt x (1 - tax rate)
11.75% x (1 - 30%)
11.75% x (1 - 0.03)
=8.225%.
Answer:
c.
Explanation:
Based on the scenario being described it can be said that the action that should be expected to be performed would be connecting multiple processes such as performance management, training and development, and career management. This is because the Integrated Talent Management (TM) approach focuses on all of the HR processes in order to attract, onboard, develop, engage, and retain high-performing employees.
Answer:
The carrying value decreases from the issue price to the par value over the bond’s term.
Explanation:
The carrying value of a bond is the par value or face value of that bond plus any unamortized premiums or less any unamortized discounts. The net amount between the par value and the premium or discount is called the carrying value because it is reported on the balance sheet. When a bond is issued at a premium, the carrying value is higher than the face value of the bond.
