Answer:
11.50 %
Explanation:
In estimating the effective annual rate of investment, we use the Future value formula and make i the subject of formula
Thus
FV = PV × (1 + i)^n
FV/PV = (1 + i)^n
FV/PV^ (1/n) = (1 + i)
i = FV/PV^(1/n) - 1
Given that
PV = 5500
FV = 8500
n = 4 years
Thus
i = 8500/5500^(1/4) - 1
= 3000^(1/4) - 1
= 0.1149
= 11.49%
= 11.50 % approximately.
Answer:
Maximize
Explanation:
The objective in the linear equation is determined by the situation. When there is cost associated then the equation is made in order to minimize the cost objective.
And when profit or sales value is given then the objective is to maximize the sales value or the profit as the case may be.
In the given case also the profit for each model is given with the quantity of raw material used.
Thus, the objective function will maximize the profit.
Answer:
Threats and the risks they pose.
Explanation:
Vulnerability assessment is the identification, evaluation, classification, quantification and also the prioritization of the risks or vulnerabilities in a system. One main importance of carrying out this assessment is to find out the potential risks in a system before attackers find them. Through this assessment future risks can also be averted.
The $5 per hour in 1974 would be equal to $21.82 today in 2017, compared to $19.83 for the $9 in 1994 now in 2017, and all compared to the $17 today. So the higest real wage would be that of the grandfather, taking into account the 41% per decade or 3.5% per year inflation.
Answer:
It means exchange for good or service without using any money
