Answer:
1.1265
Explanation:
The computation of the portfolio beta is shown below:
= Stock Q portfolio percentage × beta of Stock Q + Stock R portfolio percentage × beta of Stock R + Stock S portfolio percentage × beta of Stock S + Stock T portfolio percentage × beta of Stock Q
= 0.25 × 1.28 + 0.25 × 0.45 + 0.15 × 1.78 + 0.35 × 1.22
= 0.32 + 0.1125 + 0.267 + 0.427
= 1.1265
Answer:
Profit $3,567
I would exercise my option by buying the shares before the expiration .
Explanation:
Calculation of how much profit would you make trading $1,000,000
First step is to multiply the spot rate on the final day by the trading amount
3.4329s*$1,000,000
=$3,432,900
Second step is to divide the spot rate option by the strike price
3,432,900/3.4207
=$1,003,567
Last Step is to find the profit
Profit =$1,003,567-$1,000,000
Profit=$3,567
Therefore the amount of PROFIT you would make trading $1,000,000 will be $3,567
Based on the above calculation I would exercise my option by buying the shares before the expiration .
Answer:
The correct answer is a. Theory of planned action.
Explanation:
The theory of planned behavior was developed in 1985, based on the Theory of Reasoned Action. This theory contains five variables that include behavior, intention, attitude, subjective norm and control of perceived behavior.
Unlike the theory of reasoned action, the control of perceived behavior is added to the theory of planned behavior, which refers to a person's perceptions of the presence or absence of resources and opportunities required, however, this element it is not presented in the theory of reasoned action, and the theory of planned behavior has proven to be superior to the theory of reasoned action for predicting behavior.
Answer:
He hires 8 workers
Explanation:
The total cost is $1600 for 5,000 chickens minus the fixed cost of $800, which equals $800. The total cost is total of fixed cost and variable cost as in absence of production the total variable cost is zero so from this we can conclude that total fixed cost is zero.
Then divide the total variable cost ($800) buy what Ralph pays his workers ($100), which comes to 8.
