Answer:
A.) ALPHA
Portfolio A = 8.5%
Portflio B = 13.5%
B.) Sharpe measure
Portfolio A = 0.1519
Portflio B = 0.1479
Explanation:
T- bill rate (Rf) =5%
S&P 500 index ( Rm) = 10%
Portfolio A;
Expected rate of return = 9.1%
Beta (B) = 0.7
Standard deviation (s) = 27%
Portfolio B;
Expected rate of return = 12.1%
Beta (B) = 1.7
Standard deviation = 48%
Required rate of return for both portfolios;
Rf + B × (Rm - Rf)
Portfolio A :
5% + 0.7 ×(10% - 5%) = 5% + 0.7 × (5%)
5% + 3.5% = 8.5%
Portfolio B :
5% + 1.7 ×(10% - 5%) = 5% + 1.7 × (5%)
5% + 8.5% = 13.5%
A) Alpha(A) of Portfolio A and B ;
A = Expected return - Required return
Alpha of portfolio A :
9.1% - 8.5% = 0.6%
Alpha of Portfolio B:
12.1% - 13.5% = - 1.4%
B.) Sharpe measure for portfolio A and B;
Sharpe ratio = (Expected rate of return - Rf) / s
Portfolio A = (9.1% - 5%)/27% = 0.1519
Portfolio B = (12.1% - 5%)/48% = 0.1479
I will choose Portfolio A
Propone dondthe demos dkkdndi
company B has the greater operating leverage
What is operating leverage?
A cost-accounting method called operating leverage assesses how much a company or project can raise operating income by raising revenue. A company with significant operating leverage creates sales with a high gross margin and low variable costs.
The break-even point of a business is determined using operating leverage, which also aids in determining the right selling prices to cover all expenditures and make a profit.
Regardless of whether they sell any units of product, businesses with significant operational leverage must cover a bigger amount of fixed costs each month.
Low-operating-leverage businesses may have high variable costs that are directly related to sales, but they also have fewer monthly fixed expenses.
Learn more about operating leverage with the help of given link:-
brainly.com/question/6238482
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<span>Cynthia will have to pay the $175 that was not covered by her indemnity policy. An indemnity policy typically pays a fixed amount for qualified medical services, with the policy-holder responsible for the balance.</span>
Answer:
price variance $(22,800.00) UNFAVORABLE
Explanation:
std cost $6.00
actual cost $9.00
quantity 7,600
difference $(3.00)
price variance $(22,800.00)
We calculate the actual cost by dividing total cost by the lbs purchased:
68,400/7,600 = 9
Because the diference is negative, the variance is unfavorable.
Each pound cost more than it was planned.
