Answer:
The postponement of a project until conditions are more favorable:
III. could cause a negative net present value project to become a positive net present value project.
Explanation:
With the favorable project conditions, the negative NPV will be revised to a positive NPV because the positive conditions will ensure the generation of positive cash inflows. The result is that the project will be assessed as acceptable since the net present value will become positive. Generally, favorable project conditions create outcomes that are positive for the cash flows, thereby generating more positive cash inflows and reducing the impact of cash outflows.
Answer:
What would be helpful in analyzing positive and negative trends and being able to adjust for them in the advertising plan?
periodic evaluations
Explanation:
periodic evaluations gives room for adjust trends periodically in the advertisement plan, it ensures thorough analysis is carried out often in order to maximize profits while at the same time meets customers demand
Answer: $12717
Explanation:
1. The amount of FICA and/or self-employment tax that Dave is required to pay on his compensation and his
share of the KBS income if KBS is formed as a C corporation, will be:
= 7.65% × $75000
= 7.65/100 × $75000
= 0.0765 × $75000
= $5738
2. As an S Corporation will be:
= 7.65% × $75000
= 7.65/100 × $75000
= 0.0765 × $75000
= $5738
3. As a limited liability company will be:
Dave's compensation = 75,000
Dave's portion of income will be calculated as:
= 50% × $30,000
= 0.5 × $30,000
= $15,000
Total will then be:
= $75000 + $15000 = $90000
We then calculate the net earnings which will be:
= 92.35% × $90000
= 0.9235 × $90000
= $83115
The FICA and/or self-employment tax that Dave is required to pay will then be:
= 15.3% × $83115
= 0.153 × $83115
= $12717
Answer:
Average rate of return = 14
%
Explanation:
Average rate of return = Annual average return/ Average Investment
Average investment =( Initial investment + scrap value)/2
Average investment = 138,000 + 12,000/2 =75,000
Average annual return = Savings in cost - energy cost - depreciation
Depreciation = (initial cost - scrap value)/2= (138,000 - 12,000)/2= 12600
Average annual return = 29,780-6,680-12600= 10500
Average rate of return = 10,500/75,000 × 100= 14
%
Average rate of return = 14
%
Answer:
$120
Explanation:
The computation of the cost is shown below:
= Cost per month flat for 1,000 units + extra cost if exceeded 1,000 minutes
where,
Cost per month flat for 1,000 units = $50
And, the extra cost is
= $0.35 × 200 minutes
= $70
So, the total cost is
= $50 + $70
= $120
The 200 minutes is come from
= 1,200 minutes - 1,000 minutes
