Answer:
Algorithm
Explanation:
An algorithm can assist in solving organizational problems by setting standards that will aid in decision making. They are effective because they use statistical data and past information stored so that through artificial intelligence executives get data that surpasses human limitations. But it should be reviewed by IT professionals to avoid failures.
Answer:
The most I could pay for the investment is $12,960.09
Explanation:
The maximum a rational investor could pay acquire an investment is the present value of all future cash flows receivable from the investment.
In the case, the present of all cash flows is calculated thus:
Years Cashflows [email protected] 12% PV
1 5000 0.892857143 4,464.29
2 5300 0.797193878 4,225.13
3 6000 0.711780248 4,270.68
Total of present values 12,960.09
The discounting factor is calculated using the formula :
1/(1+r)^n where r and n are rate and number of years respectively.
Answer:
A. cost-plus regulation
Explanation:
When a local regulator calculates the average cost of production for the public water utility or any other service and allow an adjustment for the normal rate of profit the firm should expect to earn, and then set the price that consumers can be charged accordingly, this is known as cost-plus regulation.
It is usually carried out by the government.
<span>You are given an annual dividend of $2.10 for the fifteen years that you plan on holding it. Also, after 15 years, you are given to sell the stock for $32.25. You are asked to find the present value of a share for this company if you want a 10% return. You have to mind that the future stock for 15 years is $32.25. You are not only going to mind the present value of the annuity at $2.10 but also the $32.25.
With the interest of r = 10% and number of years of n = 15, we get
PVIFA = 7.6061.
For annuity we have,
$2.10 * 7.60608 = $15.973
For $32.35 with r = 10% and n = 15
PVIF = 0.239392
Thus for the present value of selling price,
$32.25 * 0.239392 = $7.720
Thus the present value of the share
P = $15.973 + $7.720
P = $23.693
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