________ are the advantages associated with entering a market early. Group of answer choices: a) Pioneering advantages b) First-
1 answer:
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The numerator of the return on common stockholders' equity is net income minus preferred dividends.
Option d
<u>Explanation:</u>
Return on common stockholders' equity which is also named as return on equity (ROE) ratio evaluates the accomplishment of a company in resulting income for the benefit of common stakeholders.
<em>Use of return on equity:</em>
- Isolates common equity returns
- Can be used to evaluate dividends
- Evaluates the use of capital by the management
It is calculated by income available for stockholders divided by the total number of common stock and is expressed or represented in percentage. Income available for common stockholders can be arrived by reducing preference dividends from Net income.
That is,
Hence, net income minus preferred dividends is the right answer.
Answer:
d. $33,641.50
Explanation:
In this question, we use the PMT formula which is shown in the spreadsheet.
The NPER represents the time period.
Given that,
Present value = $375,000
Future value = $0
Rate of interest = 7.5%
NPER = 25 years
The formula is shown below:
= -PMT(Rate;NPER;PV;FV;type)
So, after solving this, the answer would be $33,641.50
Answer:
The oranges should be picked in 2 weeks for maximum return
Explanation:
We assume that the return of the owner is y ($)
Assume that the number of weeks the oranges should be picked to have maximum return is x (weeks). (x≥0)
If collect now, the price for each bushel is $27
As the price per bushel decrease by $1.50 per bushel each week
=> After x weeks, the price of a bushel decrease: 1.5x ($)
=> The price of 1 bushel after x weeks is: 27 - 1.5x ($)
If collect now, each tree can yield 7 bushels
As the yield increases by half a bushel per week for the next 5 weeks
=> After x weeks with x ≤ 5, each trees would yields: 7 + 0.5x (bushels)
The return = The price of each bushes × The quantity of bushels
=>
⇔
⇔
We have: if the equation has the form of with a≠0, its maximum value is:
In the equation , we have: a = -0.75; b = 3; c = 189
=>
To look for the number of weeks, we should find x (0≤x≤5) with which y = 192
⇔
⇔
⇔
⇔
⇔
⇔ x = 2
The oranges should be picked in 2 weeks for maximum return