Answer:
It will extend the loan for 15.83 months = 16 more months.
Explanation:
We need to calcualte the difference in time between one option and another:
Original Loan:
C $310.00
time n
rate 0.0064583 (0.0775annual rate / 12 month per year)
PV $9,800
We rearrenge and solve as much as we can:

Now, we solve using logarithmics properties:
35.47385568
Now we calcualte with the new terms:
C $225.00
51.30909653
Last step, we solve for the difference:
51.30 - 35.47 = 15.83 = 16 more months
Answer: This Week's forecast = 78 appointments
Explanation:
4 Weeks ago = 95 , 3 Weeks ago =80 , 2 Weeks ago = 65 , last Week = 50
forecast : 2 weeks ago = 90
alpha = 0.20
exponential smoothing = recent previous appointment x a + forecast(1-a)
Forecast (last week) = 65 x 0.20 + 90 x (1 - 0.20)
Forecast (last week) = 13 + 72 = 85
Forecast for this week = 50 x 0.20 + 85 x (1 - 0.20)
Forecast for this week = 10 + 68 = 78
This Week's forecast would be 78 appointments
Answer:
My answer is A) C) and D)
Explanation:
If I am wrong please tell me.
Answer:
A) the discounted payback period decreases as the discount rate increases
Explanation:
The discounted payback period is used to determine the profitability of an investment project.
A not discounted payback period is how long does it take for the cash flows of a project to recoup the investment's cost without considering the value of money in time. By applying a discount to the cash flows, the discounted period will more accurately measure the length of time needed to recoup an investment using current dollars.
The higher the discount rate, the longer it will take for the cash flows to cover the investment's cost, so if the discount rate lowers, then the discounted payback period will be shorter.