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
An inferior good is a type of welfare whose demand decreases when consumer income increases or demand increases when consumer income decreases. Therefore, if a consumer considers shirts to be inferior goods, the way he will stop consuming it will be when there is a real increase in his income.
In the case narrated, Alex had an increase in salary and remained working for the same number of hours. This means that with the same job, he will have a higher income, meaning there was a real increase in Alex's income. If he considers the $ 3 shirts a much lower asset, he will lessen the demand for it.
Answer:
$16,440
Explanation:
If Bruce is able to work 600 hours per year, his salary will be $3,600 (= $6 x 600), but he will lose $2,160 (= $3,600 x 60%) of welfare stipend.
His total welfare stipend is $15,000 if he is not able to work during the year.
Bruce's total income = $15,000 + $3,600 - $2,160 = $16,440
Answer:
The correct answer is letter "A": True.
Explanation:
Stability strategies are those in which the firm does not change its core method of working, thus, it remains to focus on its current products and markets. Carrying out stability strategies is a less risky approach. The types of stability strategies can be <em>no-change strategy; profit strategy; </em><u><em>and</em></u><em> growth through concentration, integration, diversification, co-operation, internationalization.</em>
Answer:
PV= $620,921.32
Explanation:
Giving the following information:
Cash flow (Cf)= $100,000
Interest rate (i)= 7.25%
<u>First, we need to calculate the value of the investment at the moment of the first payment (five years from now). </u>To calculate the present value we need to use the following formula:
PV= Cf / i
PV= 100,000 / 0.1
PV= $1,000,000
<u>Now, the value today:</u>
PV= FV / (1 + i)^n
PV= 1,000,000 / (1.1^5)
PV= $620,921.32
