Answer:
Gross profit equals the difference between sales revenue and cost of goods sold.
Explanation:
The gross profit is calculated by subtracting total cost of goods sold from total sales. Both the total sales and cost of goods sold are found on the income statement.
Gross profit = Sales revenue - cost of goods sold.
It is one of three profit metrics used in business statement reports
Answer:
169,000
Explanation:
Calculation to determine what The number of shares to be used in computing diluted earnings per share for the quarter is:
First step is to calculate the amount assumed to be exercised
Exercised amount= 30,000*$7 / $15avg
Exercised amount= 14,000
Second step is to calculate the Net
Net=30,000-14,000
Net= 16,000
Now let calculate The number of shares to be used in computing diluted earnings per share
Using this formula
Number of shares=Outstanding+Net
Let plug in the formula
Number of shares=153,000 +16,000
Number of shares= 169,000
*diluted eps=$28,000 /169,000
Therefore The number of shares to be used in computing diluted earnings per share for the quarter is: 169,000
Answer:
The point p should be located to 4.42 km far from the refinery
Explanation:
Minimum of these costs occurs when <em>x = 1/
</em> , so <em>distance </em>should be <em>m</em> km to the east of the refinery.
<em>m = 5 - x </em>
<em>m = 5 - 1/
</em>
<em />
m = 4.42 km
Answer:
2. gross investment equals depreciation.
Explanation:
Following Examples is supporting the answer:
Gross investment = $1.3 million.
Depreciation = $1.3 million
Gross Investment = Depreciation
$1.3 million = $1.3 million
Net investment = $1.3 million - $1.3 million = 0 million
Hence proved that Net investment will be zero if gross investment equals depreciation.
Answer:
The correct answer is controlled maintenance.
Explanation:
It is the maintenance whose mission is to maintain a certain level of service in the equipment, programming the interventions of their vulnerable points at the most appropriate time. It usually has a systematic character, that is, it intervenes even if the team has not given any symptoms of having a problem.
Some data transmission networks mess up the messages they send, so if the messages are sent in a certain sequence, they are not guaranteed to arrive in that same sequence. To solve this, the protocol must incorporate a mechanism that allows it to reorder the messages at the destination. This mechanism can be the numbering of the fragments, for example.