Answer:
<em>The adjustment for overapplied overhead </em><em><u>decreases cost of goods sold and increases</u></em><em> </em><em>net income</em>
Available Options Are:
a. Cost of Goods Sold
b. Net Profit Margin
c. None of these
d. Asset Turnover
Answer:
Option B. Net Profit Margin
Explanation:
The increase or decrease in cost of Goods sold can not tell whether the return on assets has increased or decreased becuase it would only tell that the expense are decreased or increased not the profit. Which means it only tells one side of the story hence Option A is incorrect.
Option B is correct because it talks about the profit. If the manufacturing cost has been decreased then the it must increase the profit. Because if the profits has increased then the return on asset will increase. Hence the Option B is correct here.
Option D is incorrect because asset turnover formula is:
Asset Turnover = Sales / Total Assets
The decrease in manufacturing cost will not increase the sales because sales and total assets are independent of manufacturing expenses hence the Option D is incorrect.
Answer:
Total current assets $83,580
Explanation:
The preparation of the current assets section of the balance sheet is shown below:
<u>Current Assets Amounts </u>
Cash $22,360
Debt investments(short term) $17,360
Accounts receivables $30,100
Supplies $8,170
Prepaid Insurance $5,590
Total current assets $83,580
The total amount of taxes that the company will pay will be calculated as under -
Total taxes paid = (Taxes on income) + (Taxes on dividends)
Total taxes paid = ($ 9.50 X 39%) + ($ 4 X 10%)
Total taxes paid = $ 3.705 + $ 0.4 = $ 4.105 or $ 4.11
Answer:Passive learning
Explanation:Passive learning can be described as students taking part in course elements that include solely the taking in of information. Examples of this include: reading, listing to a lecture, watching a video, and looking at pictures or PowerPoints. Students learn at the level by taking in the information presented.
It is the process used by an agent to learn the automaton representing the behavior of a different system when he has no control over the inputs supplied to an automaton. In this case the agent is a passive observer of the behavior of the system without interacting with it.