Answer:
involve an immediate cash outlay in order to obtain a future return
require a great deal of analysis prior to acceptance
Explanation:
A capital budgeting decision refers to an investment and the financial commitement. If we considered a project so here the business is making the financial commitment and at the same time it invest in the longer period that have an influence on the future projects
So it is an instant cash outflow for gaining a future return and also have a great deal before accepting it
Answer:
Product development
Explanation:
A manufacturer tests, modifies, and retests an original idea several times before offering it to the consumer. This process is called product development.
A product life cycle can be defined as the stages or phases that a particular product passes through, from the period it was introduced into the market to the period when it is eventually removed from the market.
Generally, there are four (4) stages in the product-life cycle;
1. Introduction.
2. Growth.
3. Maturity.
4. Decline.
Answer:
A. Flexible
Explanation:
Taylor takes her employees' opinions into consideration via reasoning and discussion when making departmental decisions. She is very much flexible with her role models. She listens to her employees, takes advises from them and then accordingly make divisions. She is the best example of a leader who learn from others and make plans with the help of others in the changing situations. An effective leader and manager should be flexible in order to make their employees and followers comfortable with them. In this way, they can share and coordinate quite effectively.
Answer: $450 profit
The investor exercised the right to buy the stock for 60 and can sell the stock in the market for 68 for an $8 per-share gain.
The gain of 8 minus the premium of 3.50 gives the investor a profit of 4.50
(4.50 Ă— 100 = $450).
Answer:
Annual deposit= $8,896.79
Explanation:
Giving the following information:
You believe you will spend $47,000 a year for 13 years once you retire in 26 years.
The interest rate is 7% per year.
<u>First, we need to calculate the total amount required:</u>
FV= 47,000*13= $611,000
<u>Now, using the following formula, we can determine the annual deposit:</u>
FV= {A*[(1+i)^n-1]}/i
A= annual deposit
Isolating A:
A= (FV*i)/{[(1+i)^n]-1}
A= (611,000*0.07) / [(1.07^26) - 1]
A= $8,896.79
