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Explore examples of calculating total costs for buying and leasing computer hardware and software for office setups. Learn how to determine expenses for desktop systems, network cards, cabling, printers, and software upgrades.
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Example 1 • A state agency added office space for new employees. To connect the employees to its network, the agency purchased 25 desktop computer systems at $1,689; 25 network cards at $75; network cabling for $625; two other network devices at $96.88 and a network printer for $5,598 • The cost of installing each computer, connecting it to the network hardware and cabling was $11,890. What was the total cost of the hardware installed?
Solution • 25 x $1,689 = $42,225 (Cost of Desktop Computers) • 25 x $75 = $1,875 (Cost of Network Cards) • 2 x $96.88 = $193.76 (Cost of Network Devices) Add costs of all hardware and installation. $42,225+ $1,875 + $193.76 +$625+$5,598+$11,980 =$62,406.76 Total Cost of Hardware
Example 2 • Thornton College decides to create a new computer laboratory of 35 networked desktop computers. One company offers to lease the desktops to the college for $38.89 per month each for three years. What would be the total cost of the lease?
Solution • 3 x12 = 36 (Number of months lease will last) • 36 x #38.89 = $1,400.04 (Cost of leasing computer for 3 years) • 35 x $1,400.04 =$49,001.40 (Total lease cost of all computers for 3 years)
Example 1 • Brandon Glass Corporation is considering their desktop operating system software from Lenox version 3.5 to Lenox version 4.0 for their 43 computer systems. The per-copy cost of the upgrade is 97.89. • A 50—workstation upgrade license costs $3,800. How much would Brandon save by buying a 50-workstation upgrade license instead of separate copies of the upgrade?
Solution • 43 x $97.89 = $4,209.27 (cost of upgrading each workstation • $4,209.27 - $3,800 =$409.27 (savings using 50 workstation license)
Example 1 • A new program contains 3,360 lines of code. Three programmers were paid $47 an hour to work on the program and averaged lines of finished code in an 8-hour day. How long did the project take? What was the programming cost of the project?
Solution • 3 x 28 = 84 (lines of finished code per day) • 3,360 / 84 = 40 (number of days the project took) • 3 x 8 = 24 (hours programmers worked in a day) • 24 x 40 =960 (total hours needed to complete the project) • 960 x $47 = $45, 120 (total cost of programming of the project)