Answer:
e) capacity requirement planning
Explanation:
Based on the information provided within the question it can be said that the term being mentioned is called capacity requirement planning. Like mentioned, this term refers to the process that a company undergoes in order to calculate how much of something it needs to achieve a goal and whether or not it is feasible. Which can also be used regarding work schedules like in this scenario.
The required rate of return on its preferred stock is found by using PW = D/R.
<u>Given Information</u>
Dividend per year = $2
Stock price = $20
Tax rate = 21%
Required rate of return (R) = ?
- The formula for use to derive the Required rate of return includes PV = D/R, where PW means Present worth, D = Dividend per year and R means Required rate of return.
PV = D/R
$20 = $2 / R
$20 * R = $2
R = $2 / $20
R = 0.1
R = 10%
Therefore,, the required rate of return on the preferred stock is 10%.
In conclusion, the required rate of return on its preferred stock is found by using PW = D/R.
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<em>brainly.com/question/17322679</em>
Dupe's present age = 14 years
Olu's present age = 11 years
Explanation:
- Let Dupe's age be x. Let Olu's age be y. Since their ages add up to 25 years, x + y = 25
- Eight years ago Dupe's age was double that of Olu's age. Solving by simultaneous equations. Four methods are Elimination Method, Graphical Method, Substitution Method, and Matrix Method. Let us try out Elimination method for solving a pair of simultaneous linear equations that reduces one equation to one that has only a single variable. Once this has been done, the solution is the same as that for when one line was vertical or parallel.
- Therefore, eight years ago, Dupe's age was 6 and Olu's age was 3 so that x=2y becomes, 6=2*3. Eight years hence, x=6+8=14 and y=3+8=11. That makes, x or Dupe's age as 14 years and y or Olu's age as 11 years.
Answer:
Find the answers in the excel file attached.
Explanation:
The impact of the accounting equation has been shown as well.
Answer:
The number of ounces started and completed during the period is <u>42,000 ounces</u>.
Explanation:
The number of ounces started and completed during the period can be computed by simply deducting the beginning work in process from the number of ounces completed.
Since we have the following from the question:
Number of ounces completed by Filling = 46,000 ounces
Beginning work in process = 4,000 ounces
Therefore, we have:
Number of ounces started and completed = Number of ounces completed by Filling - Beginning work in process = 46,000 ounces - 4,000 ounces = 42,000 ounces
Therefore, the number of ounces started and completed during the period is <u>42,000 ounces</u>.
