In addition‚ stating that the square of rational numbers if being positive will be a square number. Book II explains how to basically represent in three simple methods. The methods are that if the square number is present whenever the squares of two rational numbers are being added; the addition of two new squares is the same thing as if adding two well-known squares; and if the rational number is given will be equal to their difference. The first and the third problem
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NUMBER SYSTEM Definition It defines how a number can be represented using distinct symbols. A number can be represented differently in different systems‚ for instance the two number systems (2A) base 16 and (52) base 8 both refer to the same quantity though the representations are different. When we type some letters or words‚ the computer translates them in numbers as computers can understand only numbers. A computer can understand positional number system where there are only a few symbols
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to represent calculations. The Chinese system is also a base-10 system‚ but it has important differences in the way that the numbers are represented. The rod numbers were developed from counting boards‚ which came into use in the fourth century BC. A counting board had squares with rows and columns. Numbers were represented by little rods made from bamboo or ivory. A number was formed in a row with the units in the right-hand column‚ the tens in the next column‚ the hundreds in the next‚ and so on
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used Roman Numerals and noticed math. So they know how to use it. That is where numbers got their name. In Babylon and Egypt‚ the people first started using theoretical tools and numbering systems. The Egyptians used a decadic numbering system‚ which is based on the number 10 and still in use today. They also introduced characters used to describe the numbers 10 and 100‚ making it easier to describe larger numbers. Geometry started to receive great attention and served in surveying land‚ cities
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CASE ANALYSIS COACH – NOTES Types of cases Decision cases Problem cases Evaluation cases Most common type Similar to decision cases Sometimes called Best-practice or Worst-practice cases Describe a decision faced by the case protagonist Portray situations that are interesting or remarkable‚ usually because they are especially successful or unsuccessful Provide distinct decision alternatives Do not provide clear alternatives to choose Typically do not include an obvious single
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3 is a number‚ numeral‚ and glyph. It is the natural number following 2 and preceding 4. In mathematics Three is approximately π when doing rapid engineering guesses or estimates. The same is true if one wants a rough-and-ready estimate of e‚ which is actually approximately 2.71828. Three is the first odd prime number‚ and the second smallest prime. It is both the first Fermat prime and the first Mersenne prime‚ the only number that is both‚ as well as the first lucky prime. However‚ it is
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I am going to give a detailed analysis of a sequence from The Wrestler (2008) directed by Darren Aronofsky. The source I have decided to use for this analysis is the screenplay of the film‚ rather than a downloaded version of the script. The sequence I have chosen begins at 32min of the film and continues until 41:09 min. I chose this sequence because it is the most important sequence in the film‚ as it has a major influence on the events of the script that follow‚ and according to Syd Field’s Three
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efficiency class. If you cannot do it‚ try to prove that‚ in fact‚ it cannot be done. Answer: ∑ 2 = n (n + 1) (2n + 1) 6 3. Consider the following algorithm. Algorithm Secret(A[0..n − 1]) //Input: An array A[0..n − 1] of n real numbers minval ← A[0]; maxval ← A[0] for i ← 1 to n − 1 do if A[i] < minval minval ← A[i] if A[i] > maxval maxval ← A[i] return maxval − minval Answer questions a to e of Problem 2 about this algorithm. Answer: a) Comparison the range b) Comparison
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The sequence of development is a process where an event is followed one after the another and achieves a level of succession with a series of changes or growth that a process undertakes normally to improve on that process. Leading to a matured state. In normal cases the sequence of development depends on pervious events which had happened previously. For Example a baby first starts to roll‚ thereafter 6-7 months they try to sit‚ soon after they start crawling using their legs and hands. Next
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Explain the difference between sequence of development and why the difference is important. The sequence of development is a process where an event is followed one after the other and achieves a level of succession with a series of changes in development that leads to matured state. For example‚ a baby first starts to roll‚ thereafter 6-7 months they try to sit‚ soon after they start crawling using their legs and hands. Next stage at
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