Answer:
I will use the Omega network configuration if the economic factor is the determining one.
The total cost for the Omega network using the 4x4 switches will be $12,800, unlike the Butterfly network that can use the 16x16 switches that will cost $24,000.
Explanation:
The Omega network configuration will use the 4x4 switches which cost $50 each. The total number of switches required = 4,096/16 = 256. The total cost for 4x4 switches = 256 * $50 = $12,800. This is better than the Butterfly network configuration that can use the 16x16 switch, costing $1,500 x 16 (4,096/256) = $24,000.
As in banks, probably Credit Unions
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From the calculation below, the net present value of the bottling machine is -$3,053.38.
<h3>Calculation of net present value</h3>
The net present value of the bottling machine can be calculated as follows:
Present value of annual net annual cash flows = Annual net cash flows * ((1 - (1 / (1 + Discount rate))^number of years) / Discount rate)
Present value of annual net annual cash flows = $45,800 * ((1 - (1 / (1 + 12%))^11) / 12%)
Present value of annual net annual cash flows = $45,800 * 5.9376991325097
Present value of annual net annual cash flows = $271,946.62
Therefore, we have:
Net present value of the bottling machine = Present value of annual net annual cash flows – Machine cost = $271,946.62 - $275,000 = -$3,053.38
Learn more about net present value here: brainly.com/question/13031140.
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