Answer:
$18,106.25
Explanation:
For computing the carrying value of the bonds , first we have to determine the discount amortization for 8 years which are shown below:
= (Issued amount - proceeds from the bonds) ÷ time period
= ($20,000 - $18,300) ÷ 8 years × 2 years
= $106.25
Now the carrying value would be
= Proceeds from the bonds + discount amortization for 8 years
= $18,000 + $106.25
= $18,106.25
Since the time period is 8 which are paid in semi-annual so we double the time period
Answer:
I'm sorry I looked it up but one site said 41 and another said 79
Answer:
B. shifts rightward, and the point at which the PPF touches the good-X axis has to be something more than 40 units of good X and the point at which the PPF touches the good-Y axis has to be something more than 60 units
Explanation:
PPF is the graphical representation of two goods combinations which an economy can produce given resources & technology.
It is downward sloping because of two goods inverse relation given same resources & technology.
The points at which PPF touches both axis represents maximum amount of that axis good which can be produced by given resources & technology , Points on PPF reflect full efficient utilisation of resources. Points inside PPF reflect underutilisation of resources. Points outside PPF reflect unattainable combinations outside economy's productive capacity, given resources & technology unless either of them grow.
Resource increase usable for production of both goods: shifts the PPF outwards/ rightwards & the maximum potential production of both goods increases. PPF touching axis points increases from pervious at each axis - more than 40 at good X axis, more than 60 at Y axis.
Answer:
C. Borrowing $43 at the risk-free rate and investing the total amount ($143) in the risky asset.
Explanation:
Outcome Return For $100 = (115 - 100)/100 = 15%;
0.15 = w1(0.12) + (1 - w1)(0.05)
0.15 = 0.12w1 + 0.05 - 0.05w1
0.10 = 0.07w1
w1 = 1.43($100)
w1 = $143;
(1 - w1)$100 = $100 - $143
(1 - w1)$100 = -$43
