Construct a frequency distribution for the number of different residences occu-pied by graduating seniors during their college career, namely 1, 4, 2, 3, 3, 1, 6, 7, 4, 3, 3, 9, 2, 4, 2, 2, 3, 2, 3, 4, 4, 2, 3, 3, 5
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A student ran numerical simulation on a dual-core computer (3.2 GHz, 2MB Smartcache, 32GB RAM). Each simulation involve calculation of 2GB of data and takes about 3 hours. To speed up the calculation, he ran two simulati ...
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Submit a report in which you plan a strategy for introducing or improving a mobile Web site in your organisation (or an organisation with which you are familiar). Your report must outline how your choice of strategy will ...
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You have an opportunity to buy a bond with a face value of $10,000 and coupon rate of 14%, payable semi-annually. NOTE: Interest per 6-month period is 7% of Face Value (i.e. $10,000x0.07 = $700 per 6-month period). (i) ...
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Suppose a 4 packets of a message, each of size 10 Mbit arrive simultaneously at a switch preceding a transmission link of rate 5 Mbps connecting to the destination host. (a) What is the average queuing delay experienced ...
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One of the basic motivations behind the Minimum Spanning Tree Problem is the goal of designing a spanning network for a set of nodes with minimum total cost. Here we explore another type of objective: designing a spann ...
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Recall the successor notation for representing natural numbers as terms in Prolog. In this notation, "0" stands for the number zero, "s (0)" stands for one, "s (s (0))" stands for two, and so on. (a) Based on the success ...
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Answer the following Questions : Suppose that multiplying two general n by n matrices takes 3 seconds on a given computer, if n = 1000. Estimate how much time it will take to compute the LU-decomposition of such a matrix ...
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Describe the role of an ethical hacker and describe what you can do legally as an ethical hacker
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What is the importance of selling, and salesmanship within a small business?
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