Answer:
c. $125.00
Explanation:
Let us assume the x for invested in portfolio
Invested proportion × expected return of the optimal portfolio + (1 - invested proportion) × risk free rate = expected return
x × 7% + (1 - x) × 3% = 8%
7% x + 3% - 3% x = 8%
4% x = 5%
X = 1.25
Now the invested amount would be
= 1.25 × $500
= $625
So, the borrowed amount would be
= $625 - $500
= $125
Answer:
- there will be no adverse movement in exchange rates or interest rates.
Explanation:
John's best speculative element is that everything would remain in his favor; especially the exchange rates and there interest rates.
Assuming after his transaction there is a sudden negative or adverse effects on the interest rate from 6 percent to 1 percent for US deposit and a decline in the USD/Japanese Yen exchange rate he <u>would be faced with great loses.</u>
Answer:
Explanation:
Return on common stockholders' equity for 2015:
(Net income - preferred stock)/Equity
(63,000-5,400)/2,400,000 = 57,600/2,400,000 = 2.4%
Return on common stockholders' equity for 2015:
(99,000-5,400)/3,000,000 = 93,600/3,000,000 = 3.12%
From these calculations, it is clear that return has improved.
Answer:
IRR = 13.05%
Explanation:
using an excel spreadsheet, the cash flows are:
year 0 = -$3,200,000
year 1 = $425,000
year 2 = $425,000 x 1.08 = $459,000
year 3 = $459,000 x 1.08 = $495,720
year 4 = $535,378
year 5 = $578,208
year 6 = $624,464
year 7 = $674,422
year 8 = $728,375
year 9 = $786,645
year 10 = $849,577
year 11 = ($849,577 x 1.08) - $480,000 = $917,543 - $480,000 = $437,543
IRR = 13.05%
The internal rate of return (IRR) is the discount rate at which a project's NPV (net present value) would equal $0.
