Answer:
the fixed cost is $1.72 million
Explanation:
The computation of the fixed cost is shown below:
= Total cost - variable cost
= $3.4 million - ($4.6 million - $3.4 million) ÷ $3.4 million - $.1.2 million ÷ $2 million
= $3.4 million - 2.8 million × $0.60 million
= $1.72 million
Hence, the fixed cost is $1.72 million
Answer:
The correct answer is False.
Explanation:
Schedule M-1 is required when the gross income of corporations or their total assets at the end of the year is greater than $ 250,000.
Schedule M-3 asks certain questions about the financial statements of the corporation and reconciles the net income (loss) of the financial statements for the corporation (or group of consolidated financial statements, if applicable).
Answer:
The best example I can think of that would integrate all of these concepts is when a business is looking to finance some sort of project and they are seeking financing either through the issuance of bonds or a loan from a bank. Some of the concepts would be important to both parties, while others would be more important to one than the other.
Cash Flow
This would be important to both parties. The business, to make sure they have enough cash flow to pay for the financing. And the financiers, for the same reason.
Ratio Analysis
This would be important to both parties for the same reason as above. Especially the "current ratio" (current assets / current liabilities) and the "working capital" ratio (current assets - current liabilities).
Financial Statements
This would be of most importance to the financiers. They would want to see the total picture of a company's financial strength.
Time Value of Money
This would be of most importance to the company itself. They would want to know if the project was worth the total amount they would be paying on the bonds or the loan
If the company requires a return of 10 percent for such an investment, calculate the present value of the project.
The present value of the project is $72349.51.
Since we consider only incremental cash flows for a project, we consider $21,600 for year one and calculate a 4% increase for each of the additional years.
We then calculate the Present Value Interest Factor (PVIF) at 10% for four years using the formula :
PVIF = 1 / [(1+r)^n]
Next, we find the product of the respective cash flows and PVIF for each year.
Finally, we find the total of the discounted cash flows for the four years to find the Present Value of the project.
Answer:
number of products to be purchased
Explanation:
A purchase order is prepared by a customer and addressed to a trader. The document instructs the trader to supply the customer with the goods stated in the purchase order document.
Before a customer writes the purchase order, an agreement is made on the quantity to be ordered. The trader has to confirm that they have the required quantity in the stores, or it will be availed within a reasonable time.
The price is agreed at the quotation stage. The customer first sends an inquiry, which the customer responds to with a quotation.
