Answer:
e. $153,156
Explanation:
From 9/1/14, he needs $50,000 every year for 4 years to fund the tuition fees. Therefore, present value of the amount needed at 9/1/14 using the Present value of annuity due formula
= 50,000 * {1+ (1/(1.05)^4) } / 0.05 * (1.05)
= $186,162
$186,162 is the amount needed after 4 years. Amount you need to invest today to have this amount in four years = $186,162/(1.05)^4 = $186,162/1.21550625 = $153,156.40
Answer: (B) Design optimization
Explanation:
The design optimization is the process of the design methodology in which we using the various types of optimal design for solving the designing related problems and issues in the system.
According to the given situation, the design optimization is one of the type of activity for designing the six sigma and it basically helps in achieving the high reliability and also ensure all the design are easily assembled and manufactured properly.
Therefore, Option (B) is correct.
Answer: Two-day option at $301.10
Explanation:
Total cost = Cost of Shipment + (H * shipment time)/365
H = Annual earning potential = 125 units * (200 * 30%)
= $7,500
Overnight shipping:
= 300 + 7,500 * 1/365
= $320.55
Two-day
= 260 + 7,500 * 2/365
= $301.10
Six-day
= 180 + 7,500 * 6/365
= $303.29
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<em>The Two-day option would be most economical. </em>
Answer:
you would calculated by total national income + sales taxes + depreciation + net foreign factor income total (just Google it)
