Answer:
Year Cashflow [email protected]% PV
$ $
0 (14,900) 1 (14,900)
1-12 4,000 5.6603 <u>22,640</u>
NPV <u> 7,740</u>
Explanation:
In this respect, we need to calculate the discount factor of annual cash inflows for 12 years at 14 discount rate. For this purpose, present value annuity interest factor will be used since the cash inflows are constant. Then, we will multiply the annual cashflows by the discount factor so as to obtain the present value of cash inflows. Then, we will deduct the initial outlay from the present value of cash inflows in order to obtain the net present value of the proposal.
Answer:
Add a personal letter to your offer.
Explanation:
Negotiation is when an agreement or a compromise is reached by parties involved in a deal in order to avoid issues or argument. People negotiate for different reasons such as beating down a price , resolve a problem or dispute among parties, create a new thing in which parties involved are not able to do , or agree on how to share limited resource like money, assets etc.
Negotiation is a skill(soft)which can be learnt by people hence become a strong negotiator. These soft skills include communication, persuasion and ability to strategize . With regards to the above, the odd among the given option is add a personal letter to your offer.
A perfectly competitive market has many buyers and sellers (option c).
<h3>What is a
perfectly competitive market ?</h3>
A perfectly competitive market is a market where there are many buyers and sellers of identical goods and services. Market prices are set by the forces of demand and supply. There are no barriers to entry or exit of firms into the industry. These makes buyers and sellers price takers.
An example of a perfectly competitive market is the market for tomatoes.
To learn more about perfect competition, please check: brainly.com/question/17110476
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Saving period = 70 - 50 = 20 years
Number savings, n = 20*12 = 240 months
Monthly savings, P = $300
Annual interest rate = 4% = 0.04
Monthly interest rate, r = 0.04/12
If FV is the amount saved at the time of retirement,
FV = P{(1+r)^n-1)/r} = 300{(1+0.04/12)^240-1)/0.04/12} = $110,032.39
