Answer:
$61,175
Explanation:
Base on the scenario been described in the question, we expected to solve for the future worth
The table of the cash flow is shows in the picture
We can find that by calculating the Future worth
Future Worth = {2,500 + 1,500(P/A 7%,10) 100 + (P/G 7%,10) } [F/P 7%, 20]
Future worth = { 2,500 + 1500(7.024) + 100(27.716)}
Future worth = $61,175
Answer:
D. A sales representative for a communications provider is trained to present the most expensive service packages to consumers first. If the consumer asks for cheaper options, however, the sales representative is to offer those
Explanation:
Answer:
$152.4 million
Explanation:
The computation of the projected net income is shown below:
As we know that
Net income = (EBIT - interest) × (1 - tax rate)
where,
EBIT = Sales - operating cost
= $700 × 120% - ($700 × 120% × 65%)
= $840 - ($840 × 65%)
= $840 - $546
= $294
The interest expense and tax rate is $40 and 40%
So, the projected net income is
= ($294 - $40) × (1 - 40%)
= $152.4 million
We simply applied the above formula so that the projected net income could be come
Answer:
A per se violation
Explanation:
A per se violation is one that violates antitrust laws for example agreements made that violates the Sherman antitrust act. It has adverse effects on the competitiveness of a market.
Sherman antitrust act of 1980 is aimed at regulating competitiveness in a market. It prohibits anticompetitive agreements, and unilateral activities that tries to monopolize a market.
In this scenario Omega corporation and precision products, inc., are the principal suppliers of their product in their market. They make an agreement that one will focus on retailers and the other on wholesalers.
This is an attempt to monopolize the market by the two principal suppliers, and is a violation of the Sherman antitrust act.
Answer:
$335,428
Explanation:
The computation of the plane operating cost is shown below:
Plane Operating Cost = Fixed cost + (Variable cost per unit × quantity) + (Variable cost per unit × quantity)
= $41,490 + ( $2,839 × 101 flights) + ($23 × 313 passengers)
= $41,490 + $286,739 + $7,199
= $335,428
We only considered the planned activity as we have to compute the plane operating cost for the planning budget
