Answer:
D. Trojan Horse, nice to know some computer lab info of mine didn't go to waste
Explanation:
Answer and Explanation:
a) Expected Return = P1 * X1 + P2 * X2 + .... Pn * Xn
Expected Return = (0.1 * -40%) + (0.1 * -14%) + (0.3 * 14%) + (0.4 * 39%)+ (0.1 * 59%)
Expected Return = -4% - 1.4% + 4.2% + 15.6% + 5.90% = 20.30% --> Answer
b) Standard deviation is square root of probability weighted squared deviations of individual values from expected values.
Std deviation = 27.98%
c) Coefficient of Variayion = Standard deviation/Expected return = 27.98%/20.30% = 1.38
d) Sharpe' Ratio = (Expected return - Rsik free rate)/Std deviation = (20.3% - 3%)/27.98% = 0.62
Answer:
The accounting profits are $100, and the economic profits are $25
The option C. is correct
Explanation:
Accounting profit: The accounting profit is computed by subtracting the sales amount with the expenses.
In mathematically,
Accounting profit = Sales revenue - expenses
= $150 - $50
= $100
In this, the expense is the seeds cost
And, the economic profit is calculated by subtracting the accounting profit with the implicit cost
In mathematically,
Economic profit = Accounting profit - implicit cost
= $100 - $75
= $25
The implicit cost is computed by
= Per hour piano charges × number of hours
= $15 × 5
= $75
Hence, the accounting profits are $100, and the economic profits are $25
Answer:
the only one I can think I office procedure
Answer:
$12,663.26
Explanation:
The computation of the minimum selling price is shown below
Semi-annual = 12% ÷ 2 = 6%
Semi-annual compounding periods = 5 × 2 = 10
Semi-annual coupon (for 10 bonds) = $10,000 × 6.6% x (1 ÷ 2) = $330
as we know that
We assume the selling price be S
Present worth (PW) of the bond= PW of future cash flows
$9,500 = $330 × P/A(6%, 10) + S × P/F(6%, 10)
$9,500 = $330 × 7.3601 + S × 0.5584
$9,500 = $2,428.83 + S × 0.5584
S × 0.5584 = $7,071.17
= $7,071.17 ÷ 0.5584
= $12,663.26
