(a) Write a C++ function with the following header double polyval(std::vector coeff, double x) which evaluates any specified real polynomial at a given point. The parameter coeff stores the coefficients of the polynomial from the lowest term to the highest and the parameter x stores the point at which the polynomial is to be evaluated. For instance, the expression polyval({-4,2,7,-8,8,4}, 1.5) evaluates to 58.625, i.e. the value of P(x) 4r +8r-8r + 7 +2r - 4 at z=1.5 (5 marks) (b) Write a C++ program that allows the user to enter (the coefficients of) a real polynomial and compute the real zero (if it exists and is unique) within a specified interval using the bisection method. You may use the code from part (a). For instance, if the user would like to find the real zero of the polynomial p(x) = 4r + 8r - 8z + 7z + 2r - 4 within the interval l-3,-1], then the following should be the output of the program: what is the degree of the polynomial? 5 Enter the coefficients from the lowest term to the highest: -4 27 -8 8 4 Enter the endpoints of the interval: -3 -1 Enter the tolerance: 1E-8 The zero of the polynomial -2.87255 Also, if the user tries to look for a real zero of the same polynomial within the interval 2. 5). then the program should issue a message indicating the failure of the method: what is the degree of the polynomial? 5
(a) Write a C++ function with the following header double polyval(std::vector coeff, double x) which evaluates any specified real polynomial at a given point. The parameter coeff stores the coefficients of the polynomial from the lowest term to the highest and the parameter x stores the point at which the polynomial is to be evaluated. For instance, the expression polyval({-4,2,7,-8,8,4}, 1.5) evaluates to 58.625, i.e. the value of P(x) 4r +8r-8r + 7 +2r - 4 at z=1.5 (5 marks) (b) Write a C++ program that allows the user to enter (the coefficients of) a real polynomial and compute the real zero (if it exists and is unique) within a specified interval using the bisection method. You may use the code from part (a). For instance, if the user would like to find the real zero of the polynomial p(x) = 4r + 8r - 8z + 7z + 2r - 4 within the interval l-3,-1], then the following should be the output of the program: what is the degree of the polynomial? 5 Enter the coefficients from the lowest term to the highest: -4 27 -8 8 4 Enter the endpoints of the interval: -3 -1 Enter the tolerance: 1E-8 The zero of the polynomial -2.87255 Also, if the user tries to look for a real zero of the same polynomial within the interval 2. 5). then the program should issue a message indicating the failure of the method: what is the degree of the polynomial? 5
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
Problem 1PE
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