Answer:
The correct answer is A: %70,154
Explanation:
Giving the following information:
True: Finding the present value of cash flows in future years tells you how much you would need to invest today so that it would grow to equal the given future amount.
What is the value today of a $158,000 cash flow expected to be received 12 years from now based on an annual interest rate of 7%?
We need to use the following formula:
PV= FV/(1+i)^n
FV= final value
i= interest rate
n= number of years
PV= 158000/(1.07^12)= $70,154
B.) moral I think. Hope this helps
Answer:
1. The future value = 1000
Now we are to calculate the future value of bank savings
= 850x(1+0.07)^15/12
= 850x1.07^1.25
=$925.0147
So it is better to buy note.
2. Present value = 1000/(1.07^15/12)
= 1000/1.08825252622
= $918.9
For one to get same amount of money then savings would have to be increased. So we choose note
3. EAR = EFF%
= 1000/(850^12/15)-1
= 13.88%
We have EAR on bank as 7% and that of note as 13.88%. note is higher so we choose note
It can be best said that Mike is now seeking a job that not only pays well, but also offers intrinsic rewards, in the form of job satisfaction and a sense of accomplishment.
Good compensation is a form of extrinsic rewards, alongside status. Intrinsic rewards are things that you find pleasing because it is satisfying to you, not because you think it would gain you respect or other people’s acceptance.