Answer:
Overhead costs
Explanation:
When high overhead costs are recognised before project starts there will be a need to manage them. Since overhead cost increase as duration of project increases, reduction in project duration will go a long way in reducing cost incurred.
Overhead costs can include wages, rent, utility bills, maintenance costs and so on. They can also be reduced when costs that are not adding value is recognised.
<h2>Estimated losses on the overall contract are recognized before the contract is completed. </h2>
Explanation:
Revenue recognition cannot be done prior to the completion of contract.
But the asset can be created. Only after the contract gets completed the revenue recognition can be realized.
For a long-term project, the revenue can be recognized based on the percentage of completion.
Revenue recognition keeps financial transactions aligned.
Option A: valid
Option B Invalid, because expenses are also recognized
Option C: This process is acceptable.
Option D: Gains and profits are calculated in this type of method
Answer: the correct answer is B. (i) and (iii) only
Explanation:
A natural monopoly is a monopoly in an industry in which huge infrastructural costs and other fences to entry relative to the size of the market give the largest supplier in an industry, often the first supplier in a market, an overwhelming advantage over potential competitors.
(i) multiple firms would likely each have to pay large fixed costs to develop their own network of pipes. This is true but often times it is just one big company the one that serves the whole market or a partnership of two or (rarely) three companies that works as a big company.
(iii) a single firm can serve the market at the lowest possible average total cost. This is true because a natural monopoly has scale economies that's why it can offer the lowest possible average total costs.
Answer:
The correct answer is B.
Explanation:
Giving the following information:
One year ago, Deltona Motor Parts deposited $16,500 in an investment account to buy new equipment three years from today. Today, it is adding another $12,000 to this account. The company plans on making a final deposit of $20,000 to the account one year from today.
To calculate the future value of the investment, we need to use the following formula:
FV= PV*(1+i)^n
First deposit= 16,500*(1.045^4)= 19,676.56
Second deposit= 12,000*(1.045^3)= 13,694
Third deposit= 20,000*(1.045^2)= 21,840.5
Total= $55,211.06
