Answer:
Contribution margin = $200,000
Explanation:
As per the data given in the question,
Contribution margin = Sales - Variable expense
Number of books = $880,000 ÷ $55
=16,000
Gross margin = 340,000
Variable selling expenses = 16,000 × $6
=$96,000
Variable administrative expense = $880,000 × 5%
=$44,000
Total = $96,000 + $44,000
= $140,000
Contribution margin = $340,000 - $140,000
= $200,000
Answer:
42,000
Explanation:
net inventory change + net a/p change
Answer:
b. cash , inventory, accounts receivable, accounts payable and risk management
Explanation:
Working capital is defined as a measure that shows how a company is operating efficiently and it's ability to meet the short term financial obligations.
When a business working capital is properly managed, then the business will be healthy financially hence operate successfully and able to meet up with it's daily obligations.
A good working capital manager must be able to make use of working capital management to maintain balance between profitability, growth and liquidity. The role of working capital manager is also to manage cash, inventory, accounts receivable and payable and risk management.
A working capital manager must be able to manage cash that will be used for a business daily operation, must ensure the business inventories are properly managed and accounted for. It's duty also include risk management as he is responsible for making decisions regarding day to day finance of a business operation; the success or failure in terms of meeting up with short term financial obligation depends on him.
Answer:
3. the sampling distribution of the sample mean is normally distributed.
5. the value of the sample mean varies from sample to sample.
Explanation:
We develop confidence interval for population mean because
a. the sampling distribution of the sampling mean is normally distributed. For us to do this we must first ensure that the sample mean is large enough
B. The value of the sample mean is not the same for all samples it varies from sample to sample. Therefore it it is better that an internal is given with the probability that the parameter falls into it.
Answer:
overall performance 0.000297
Explanation:
cost of inputs:
labor 10,500 hours x 25 each = 262,500
suspension and engine 500 kits x 1,000 each = 500,000
energy 100,000 kilowatt-hous x 5 each = <u> 500,000 </u>
total input resource cost 1,262,500
performance:
375 / 1,262,500= 0.00029703
rounding to 6 decimal places: 0.000297
