Answer:$120,000
Explanation: multiply $500 and 12 and get 6,000 then multiply 6,000
then multiply 6000 and 20 and get 120,000
The company's external equity comes from those funds raised from public issuance of shares or rights. The cost of external equity is the minimum rate of return which the shareholders supply new funds <span>by </span>purchasing<span> new shares to prevent the decline of the market value of the shares. To compute the cost of external equity, we should use this formula:</span>
Ke<span> = (DIV 1 / Po) + g</span>
Ke<span> = cost of external equity</span>
DIV 1 = dividend to be paid next year
Po = market price of share
g = growth rate
In the problem, the estimated dividend to be paid next year is $1.50. The market price is $18.50 and the growth rate is 4%.
<span>Substituting the given to the formulas, we need to divide $1.50 by $18.50 giving us the result of 8.11% plus the growth rate; this would yield to the result of 12.11% cost of external equity.</span>
Answer:
five subject areas: English, mathematics, reading, science, and writing
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
