Answer:
0.296875
Explanation:
Given the following :
Probability distribution of risky funds :
- - - - - - - - - - - - - - stock fund(S) - - bond fund(B)
Expected return - - - 15% - - - - - - - - - - 9%
Std - - - - - - - - - - - - - 32% - - - - - - - - - - 23%
Correlation between funds return = 0.15
Sure rate = 5.5%
To calculate the Sharpe ratio we use the formula :
Sharpe Ratio = (Expected Return of Investment - Risk Free Rate) / Standard Deviation of excess return of investment
For the stock fund :
Expected return = 15%
Risk free rate = market sure rate = 5.5%
Standard deviation = 32%
Sharpe ratio of stock fund :
(15% - 5.5%) / 32%
= 9.5% / 32%
= 0.296875
For Bond fund :
Expected return = 9%
Risk free rate = market sure rate = 5.5%
Standard deviation = 23%
Sharpe ratio of bond fund :
(9% - 5.5%) / 23%
= 3.5% / 23%
= 0.1521739
Therefore the Sharpe ratio of the best feasible CAL is the higher of the two ratios which is 0.296875
Answer:
The correct answer is Supervisor.
Explanation:
The supervisor is in a position of hierarchical superiority, as he or she has the ability or the power to determine whether the supervised action is correct or not.Therefore, supervision is the act of monitoring certain activities in such a way that they are carried out in satisfactory way.
Supervision is mainly used in companies, where the supervisor position usually exists. In this sense, supervision is a technical and specialized activity whose purpose is the rational use of productive factors. The supervisor is responsible for ensuring that the company's workers, raw materials, machinery and all resources are coordinated to contribute to the company's success.
Energy Expenditure can be expressed as a gross or net term. The total amount of energy expended for a specific activity including the resting energy expenditure. Gross energy expenditure is typically used for between person comparisons. Hope it helps
Answer:
Explanation:
Put Delta = call delta - 1 = 0.582 - 1 = -0.418
No of Options = (-11.2 million / (-0.418 × 1402)) × 1.32 = 25,227 options
No of Contracts = 25,227 / 100 = 252 contracts
