Answer:
1.763
Explanation:
Data provided in the question:
Beta of $40 million portfolio = 1
Risk-free rate = 4.25%
Market risk premium = 6.00%
Expected return = 13.00%
Now,
Expected return = Risk-free rate + ( Beta × Market risk premium )
13.00% = 4.25% + ( Beta × 6.00% )
or
Beta × 6.00% = 8.75%
or
Beta = 1.458
Now,
Beta of the total profile should be equal to 1.458
Thus,
Weight of $40 million portfolio = $40 million ÷ [ $40 million + $60 million]
= 0.4
Weight of $60 million portfolio = $60 million ÷ [ $40 million + $60 million]
= 0.6
therefore,
the average beta
1.458 = 0.4 × 1 + 0.6 × ( Beta of $60 million portfolio )
or
1.058 = 0.6 × ( Beta of $60 million portfolio )
or
Beta of $60 million portfolio = 1.763
B: shred them in a paper shredder
Answer:
The correct answer is letter "A": principal-agent problem.
Explanation:
The principal-agent problem arises when a principal employs an agent to perform duties that conflict with the agent's best interests. The problem typically occurs when the principal provides the agent with incentives that act in the principal's interest but is for the agent a conflictive agenda. In the managerial world, the principal-agent problem usually occurs between stockholders and the CEO (Chief Executive Officer).
Answer: Delphi model
Explanation:
The Delphi model is one of the type of forecasting process method that specifically uses the different types of panel of experts for the purpose of questionnaires round.
This type of method also uses various types of face to face conservation meetings so that is why is also known as the structured communication process.
According to the given question, the forecasting model is basically using the panel experts for the purpose of forecasting the business and the industrial based information and their decisions. The versatility is one of the advantage of the Delphi model.
Therefore, Delphi model is the correct answer.
Because most of their food consists of chicken? They barely have any beef on their menu
