Answer:
$100,000 and $97,368
Explanation:
In this question we compare the cost between the two options available i.e shown below:
First options
Collect today for $100,000
Second options, the present value is
= Annual cash flows × PVIFA factor for 10% at 7 years
= $20,000 × 4.8684
= $97,368
So the present value of the first option is $100,00
0
And, for the second options it is $97,368
The recorded cost of the machinery should be =40,000 (down payment) + 40,000 *4 = 200,000
Since there is no interest payment, the recorded cost of the machinery = $200,000
Answer:
$4 per share
Explanation:
The formula to compute the regular yearly dividends in the future is shown below:
= Free cash flow ÷ outstanding shares
= $40 million ÷ 10 million shares
= $4 per share
It shows a relationship between the free cash flow and the outstanding shares
All other information which is given is not relevant. Hence, ignored it
Answer:
The firm set as the required rate of return for the project is 14.732%
Explanation:
For computing the required rate of return, the following formula should be used which is shown below:
= Risk free rate of return + (Beta × market risk premium) + adjustment
where,
Risk free rate of return is 4.1%
Beta is 1.19
Market risk premium is 7.8%
Adjustment is 1.35%
Now put these values to the above formula
So, the value wold be equal to
= 4.1% + (1.19 × 7.8%)+ 1.35%
= 4.1% + 9.28% + 1.35%
= 14.732%
The standard deviation is irrelevant. Therefore, it is not considered in the computation part.
Hence, the firm set as the required rate of return for the project is 14.732%
Answer:
66.67
%
Explanation:
The computation of the percentage of the portfolio should be invested in Treasury bills is shown below:-
Let us assume beta be x
So the equation would be
Percentage of portfolio = x × (Beta of stock) + (1 - x) × (Beta of T - Bills) - 1
= x × (1.5) + (1 - x) × (Beta of T - Bills) - 1
1.5x + (1 - x) × (Beta of T - Bills) - 1
1.5x + 0 = 1
x = 1 ÷ 1.5
= 0.67
or
= 66.67%
