Answer:
Investors may invest a combined $50 million within a 12-month period.
Explanation:
According to the section, there are two pricing rates in Regulation A In the 1st Tier, for offering upto $20 million over a 12-month span and another 2nd Tier, for offerings upto $50 million over a 12-month period.
Therefore, as per the given situation the right answer is Investors are permitted to invest a combined $50 million over a 12-month period.
Answer:
SO expected return on Mkt Portfolio Rm = 10.75%
Explanation:
market degree of risk aversion A = 3
Var = 0.0225 = SD^2
Rf = 4%
What is expected return on Mkt Portfolio ie Rm??
According to CAPM, Rm-Rf = A*SD^2
where SD is Std Dev (Recall SD^2 = Variance)
A is market degree of risk aversion
So we have Rm-4% = 3*0.0225
ie Rm = 4% + 3*0.0225 = 10.75%
SO expected return on Mkt Portfolio Rm = 10.75%
Answer:
$18,117.58
Explanation:
the question requires that we find the minimum price Hank would need to receive his first car.
loan = $28,000
rate = 0.08/12 = 0.0067
the monthly payment can be calculated as:
loan /[0.0067/1-(1/(0.0067)^60))]
= 28000/[1-1/(1.0067^60)/0.0067]
= 28000/(1-(1/1.0067)^60)/0.0067
= $567.74
The minimum price can be calculated as:
pmt = 567.74 x [(1-(1/1.0067^36))/0.0067) x 0.0067
= $18,117.58
Answer:
The Project should be rejected.
The Net present value is lower than zero. Meaning the returns on the investment yields a loss, as we are not able to cover our initial investments.
Explanation:
The Present value of the inflow and outflow should be considered before deciding the viability of the project.
Using the Net Present Value approach, we will want to consider against the outflows and at a certain cost of capital/rate of return if this projects meets at least the minimum threshold of breaking even. At this point the net cash flow would be at least zero for the project to be accepted.
Kindly review the document attached for detailed workings.
Answer:
$1,498.86
Explanation:
Given that;
Packing of crates per month(u) = 779
Annual carrying cost of 39% of the purchase price per crate
Ordering cost (S) = $27
D = 779 × 12 = $9,348 crates per year
H = 0.39P
H = 0.39 × $12
H = $4.68 crates per year
Total ordering cost = D/Q × S
= ( $9,348 / 779 ) × $27
= $324
Total Holding cost = Q / 2 × H
= ( 779 / 2 ) × $4.68
= $1,822.86
Annual savings = Total holding cost - Total ordering cost
= $1,822.86 - $324
= $1,498.86
The firm would be saving $1,498.86 annually.
