The
gross margin ratio is also known as the gross profit margin or the gross profit
percentage.<span>
The gross margin ratio is computed by dividing the
company's gross profit dollars by its net sales dollars.</span>
swim department net sales--------------------- $1,150,000
cost of goods sold<span> -------------------------------- $638,400</span>
This means its gross profit is $511,600 (net sales of $1,150,000
minus its cost of goods sold of $638,400) and its gross margin ratio is 44%
(gross profit of $511,600 divided by net
sales of $1,150,000).
Answer:
Reorder point = (weekly demand * lead time) + (Z * standard deviation * √lead time) = (294 * 10) + (2.326 * 90 * √10) = 2,940 + 661.99 = 3,602 units
Old safety stock = Z * standard deviation * √lead time = 662 units
new safety stock = 331
331 = Z * 90 * √10
Z = 331 / 284.60 = 1.163
Using Normal distribution function, the new confidence interval is 87.76%
Answer:
A) $560 million
Explanation:
First lets calculate the NPV of the cash stream by this investment,
PV Cash stream = Cash flow/ (r-g), where r = avg cost of capital and g = growth of the cash stream.
PV = 50 / (0.09 - 0.04) = $1000 million
We assume that external finance issuance costs are payable as a part of initial outlay of the project and so,
Total initial outlay = 420 + 20 = $440 million
NPV of the project then,
NPV = 1000 - 440 = $560 million
Hope that helps.
Answer:
D). All of the above statements are correct.
Explanation:
Simulation can be described as the process designed to offer a realistic experience in order to know the actual mechanism of a specific behavior or outcome.
As per the question, 'all the given statements' are asserting true claims with respect to simulation. Simulation is characterized as <u>an effective process for evaluating large and complicated actual-world circumstances as it is a realistic environment to know the truth and actual causes behind those situations</u>. Such situations cannot be assessed truly using the traditional quantitative models of analysis. It is able to provide answers to the questions like 'what-if' as it observes the realistic nature and promotes effective decision-making. It is also <u>employed to investigate the collective effect of specific variables or components to categorize them as important or not-important as it closely observes every aspect</u>. Thus, <u>option D</u> is the correct answer.
