Answer:
MC = $17
P = $25.5
Explanation:
We proceed as follows;
Firstly calculate MC when e = -2, where MR = MC
(P-MC) / P = 1 / IeI
Here P = $34 and e = -2
(34 - MC) / 34= 1/ I-2I
(34 - MC) / 34= 1 / 2
78-2MC = 34
2MC = 34
MC = 34/2
MC = 17
Now, as we have MC, we will calculate the new price when e = -3
(P-MC) / P = 1 / IeI
(P - 17) / P = 1 / I-3I
(P - 17) / P = 1 / 3
3P -51 = P
2P = 51
P = 51/2
P = 25.5
Answer:
D. Whether to pay office workers a wage or a salary
Explanation:
The HR compensation functions entail rewarding employees for work done. Employee compensation includes monetary payments such as salaries, wages, overtime, profit sharing, allowances, or bonuses.
Non -monetary compensation includes benefits such as housings, paid car, insurance coverage, and stock ownership.
In consultation with the other managers, the HR managers determine the level and combination of compensation for every employee. HR has to decide whether to employ office workers on a part-time or full-time basis. Equally, HR determines whether to pay the office workers either a salary or wages.
Answer:
$481,000
Explanation:
Bond issue costs are either direct or indirect costs:
- direct costs include underwriting fees, listing fees, professional fees, compliance costs and other costs related to the IPO or APO (secondary issues), e.g printing costs
- indirect costs include underpricing costs (IPO pricing is too low) and loss of proprietary information
Total bond issue costs = $22,000 + $170,000 + $9,000 + $280,000 = $481,000
Answer:
a) 25,000
Explanation:
The computation of the economic profit is shown below;
Economic profit is
= Revenue - Explicit cost - Implicit cost
= $550,000 - $500,000 - $500,000 × 5%
= $550,000 - $500,000 - $25000
= $25,000
Hence, the economic profit on this deal was $25,000
Therefore the correct option is a.
We simply applied the above formula so that the correct value could come
And, the same is to be considered
Answer:
He will have $102,979 in his retirement account in 10 years.
Explanation:
Annual Payment = $2,000
Number of Year = n = 10
Interest rate = i = 5%
Compounded Quarterly
Future value after 10 years
FV = A [ ( ( 1 + ( r / m )^mt ) - 1 / ( r / m )
FV = $2,000 [ ( ( 1 + ( 0.05 / 4 )^40 ) - 1 / ( 0.05 / 4 )
Future value = $102,979
So, Ira Schwab will have $102,979 in his retirement account in 10 years.
