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An algorithm can be specified in various ways. Identify and explain four ways in which an algorithm can be specified.

An algorithm can be specified in various ways. Identify and explain four ways in which an algorithm can be specified.

Computer Networking: A Top-Down Approach (7th Edition)
Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
Section: Chapter Questions
Problem R1RQ: What is the difference between a host and an end system? List several different types of end...
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Question 4 (a). An algorithm can be specified in various ways. Identify and explain four ways in which an algorithm can be specified. b. Consider a polynomial that can be represented as a node which will be of fixed size having 3 fields which represent the coefficient and exponent of a term plus a pointer to the next term or to 0 if it's the last term in the polynomial. Then A = 10x³ -3x is represented by the figure below: A 10 -3 1 Represent the following polynomials in linked list form:- a.P = 9x10 + x + 2 b. Q = 7x + 3x³ – 4x + 5 c.R = 4x10 + 2x³ - 3 d. X = 3R + Q– 2P (c). Explain four operations that can be performed on a stack. (d). What is recursion? Give a mathematical function for which recursion can be used; and describe how it can be used
Transcribed Image Text:Question 4 (a). An algorithm can be specified in various ways. Identify and explain four ways in which an algorithm can be specified. b. Consider a polynomial that can be represented as a node which will be of fixed size having 3 fields which represent the coefficient and exponent of a term plus a pointer to the next term or to 0 if it's the last term in the polynomial. Then A = 10x³ -3x is represented by the figure below: A 10 -3 1 Represent the following polynomials in linked list form:- a.P = 9x10 + x + 2 b. Q = 7x + 3x³ – 4x + 5 c.R = 4x10 + 2x³ - 3 d. X = 3R + Q– 2P (c). Explain four operations that can be performed on a stack. (d). What is recursion? Give a mathematical function for which recursion can be used; and describe how it can be used
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