Answer:
2.2
Explanation:
In this question, we apply the Capital Asset Pricing Model (CAPM) formula which is shown below
Expected rate of return = Risk-free rate of return + Beta × (Market rate of return - Risk-free rate of return)
18% = 7% + Beta × 5%
18% - 7% = Beta × 5%
11% = Beta × 5%
So, the beta would be
= 2.2
The (Market rate of return - Risk-free rate of return) is also known as market risk premium and the same has applied.
Answer:
And if we convert this into % we got 
See explanation below.
Explanation:
We assume that we have compounding interest.
For this case we can use the future value formula given by:
Where:
FV represent the future value desired = 1000000
PV= represent the present value = 50000
i = the interest rate that we desire to find in fraction
n = number of times that the interest rate is compounding in 1 year, since the rate is annual then n=1
t = represent the number of years= 50 years
So then we have everything in order to replace and we got:
Now we can solve for the interest rate i like this:
And if we convert this into % we got
Answer:
80 units
Explanation:
Given:
- Price: $25 we have: 100 units
- Price: $20, how many units to maximize the total utility
Let X is the number of units we need to find
As we know that, the law of equal-marginal utility a consumer spends his or her income among goods so that utilities receive from the amount spent is equal. So we use a simple rule of three:
$25 100 units of utility
$20 X
<=> 25X = 20*100
<=> X = 80 units
Hope it will find you well.
Answer:
$60,000
Explanation:
The movement in finished goods balance between the beginning and end of a period is due to the cost of goods sold and goods manufactured. This may be expressed mathematically as;
Opening balance + manufactured goods - cost of goods sold - other write-offs = closing balance.
where there are no other write-offs,
$10,000 + $200,000 - cost of goods sold = $150,000
Cost of goods sold = $10,000 + $200,000 - $150,000
= $60,000
