Answer:
$ 4242.76
Explanation:
Annual payment = rP / (1 - ( 1 + r)^-n)
r = rate = 9.5%
P = the amount borrowed = $ 21000
n = number of years
Annual payment = 0.095 ($ 21 000) / ( 1 - (1 + 0.095)⁻⁷ ) = $ 4242.76
Answer:
$200 million
Explanation:
Data provided in the question
Number of granted restricted stock = 40 million at $1 par common shares
The market price per share = $5
So, the total compensation cost is
= Number of granted restricted stock × market price per share
= 40 million × $5 per share
= $200 million
Basically we multiplied the number of granted restricted stock with the market price per share
The systematic risk principle states that the expected return on a risky asset depends only on the asset’s <u>market </u>risk.
<h3>What are
systematic risk principles?</h3>
According to the systemic risk concept, the expected return on an asset is solely determined by its systematic risk. As a result, regardless of how much overall risk an asset carries, just the systematic part is significant in estimating the expected return (including risk premium) on such asset.
Market risk is a kind of systematic risk that affects the entire market. Because it cannot be diversified and distributed, the investor is compensated for it.
Learn more about systematic risk principles here:
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Answer:
112 customers per day
Explanation:
For computing the needed capacity requirement, first we have to find out the new utilization rate which is shown below:
Capacity cushion = 100% - average utilization rate
25% = 100% - average utilization rate
So, the average utilization rate is 75%
Now the needed capacity requirement is
Utilization rate = Average output rate ÷ Maximum capacity × 100
75% = 84 ÷ Maximum capacity × 100
So, the maximum capacity is 112 customers per day
We simply applied the above formula to determine the needed capacity requirement
