Associate Program Material Appendix H Repetition and Decision Control Structures In one of the week 3 discussion questions we discussed the algorithm that would be required to make a peanut butter sandwich. In this CheckPoint you will need to take that one step further and create a program design to make a peanut butter sandwiches. Below you will find a partial program design; you need to complete it by adding the pseudocode in the required areas. You need to add one repetition (loop) control
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Axia College Material Appendix J Algorithm Verification Consider the following selection statement where X is an integer test score between 0 and 100. input X if (0 <= X and X < 49) output "you fail" else if (50 <= X and X < 70) output "your grade is" X output "you did OK" else if (70 <= X and X < 85) output "your grade is" X output "you did well" else if (85 <= X and X < 100) output "your grade is" X output "you did great" endif output
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point for the use of the binary code in practical applications such as computers‚ electric circuits‚ and more. 2.2 Binary Code: Binary code represents text or computer processor instructions using the binary number system’s two binary digits‚ 0 and 1. A binary code assigns a bit string to each symbol or instruction. For example‚ a binary string of eight binary digits (bits) can represent any of 256 possible values and can therefore correspond to a variety of different symbols‚ letters or instructions
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This paperwork of IT 206 Week 1 CheckPoint Formatting Issues contains: Write a 200- to 300-word response that answers the following: Based on the article by Nott (2008)‚ what are some business uses for inserting a canvas within a Microsoft Business - Accounting The final project for XACC 280 is a 1‚750- to 2‚050-word paper in which you provide a comprehensive analysis of the financial health of two companies‚ compare the companies‚ and make recommendations to improve the financial
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Early in the information technology revolution Richard Mason suggested that the coming changes in information technologies would necessitate rethinking the social contract (Mason 1986). What he could not have known then was how often we would have to update the social contract as these technologies rapidly change. Information technologies change quickly and move in and out of fashion at a bewildering pace. This makes it difficult to try to list them all and catalog the moral impacts of each. The
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purpose of B-BBEE verification is to issue an accurate B-BBEE Certificate and score of an organisation‚ based on measuring credible evidence provided by an organisation. All B-BBEE measurements calculated in lieu of issuing certificates must be done by a SANAS accredited B-BBEE verification agency‚ or individual practitioner (B-BBEE Professional). In doing this‚ an organisation will have peace of mind that the score they attain on their certificate is based on a credible verification measurement and
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An algorithm‚ according to the Random House Unabridged Dictionary‚ is a set of rules for solving a problem in a finite number of steps. One of the fundamental problems of computer science is sorting a set of items. The solutions to these problems are known as sorting algorithms and rather ironically‚ “the process of applying an algorithm to an input to obtain an output is called a computation” [http://mathworld.wolfram.com/Algorithm.html]. The quest to develop the most memory efficient and
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and OPT algorithms (other than looking backward versus forward in time) is that the FIFO algorithm uses the time when a page was brought into memory‚ whereas the OPT algorithm uses the time when a page is to be used. If we use the recent past as an approximation of the near future‚ then we can replace the page that has not been used for the longest period of time (see Fig. 9.14). Figure 9.14: LRU page-replacement algorithm. This approach is the least-recently-used (LRU) algorithm. The result
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“Shaker Sort Algorithm” History Features Algorithm/Process Implementation 1. Pseudo code 2. Flowchart 3. Other programs Sample case study History of shaker sort Shaker Sort (implemented by Jason Harrison) Shaker Sort is like Selection Sort in that it passes over the unsorted part of the array to select the next element(s) to add to the sorted part. It differs in that with each pass it looks for the smallest and the largest remaining element. It then moves the smallest element into its
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Knowl Inf Syst (2008) 14:1–37 DOI 10.1007/s10115-007-0114-2 SURVEY PAPER Top 10 algorithms in data mining Xindong Wu · Vipin Kumar · J. Ross Quinlan · Joydeep Ghosh · Qiang Yang · Hiroshi Motoda · Geoffrey J. McLachlan · Angus Ng · Bing Liu · Philip S. Yu · Zhi-Hua Zhou · Michael Steinbach · David J. Hand · Dan Steinberg Received: 9 July 2007 / Revised: 28 September 2007 / Accepted: 8 October 2007 Published online: 4 December 2007 © Springer-Verlag London Limited 2007 Abstract This paper
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