By Werner Burkhardt (auth.)
Maple is a working laptop or computer algebraic method with a fast-growing variety of clients in colleges, universities, and different associations. meant for someone who's encountering Maple for the 1st time, First Steps in Maple presents an in depth step by step creation, instructing in terms of examples taken from many parts of arithmetic. it's rather appropriate for undergraduates, and has self-test difficulties (with recommendations) for every chapter.
Read Online or Download First Steps in Maple PDF
Similar software: systems: scientific computing books
Intuitive Probability and Random Processes using MATLAB
Intuitive chance and Random techniques utilizing MATLAB® is an creation to likelihood and random procedures that merges conception with perform. in response to the author’s trust that in simple terms "hands-on" adventure with the cloth can advertise intuitive figuring out, the strategy is to inspire the necessity for idea utilizing MATLAB examples, by means of concept and research, and at last descriptions of "real-world" examples to acquaint the reader with a wide selection of functions.
Elektromagnetische Felder und Netzwerke: Anwendungen in Mathcad und PSpice
Thema des Buches ist die umfassende Darstellung der Berechnung elektromagnetischer Felder und Netzwerke unter besonderer Berücksichtigung moderner Computerprogramme, speziell Mathcad und PSpice. Zielgruppe sind Studenten der Elektrotechnik oder Physik der Hochschul-Eingangssemester, aber auch Dozenten, die sich in die Anwendung dieser Programmpakete einarbeiten wollen.
Gewöhnliche Differentialgleichungen: Theorie und Praxis - vertieft und visualisiert mit Maple®
Die Theorie der Gewöhnlichen Differentialgleichungen ist ein grundlegendes und unverändert aktuelles Gebiet der Mathematik. Das vorliegende Buch führt nicht nur äußerst sorgfältig und umfassend in die Theorie ein, sondern vermittelt auch aufgrund der zahlreichen vollständig durchgerechneten Beispiele einen Einblick in deren Anwendungspraxis.
Additional info for First Steps in Maple
Sample text
5, [a,b,c,1,2]); VECTOR:=[a,b,c, I ,2] First the definition of the matrix without output of the result: > MATRIX:=array(1 .. 3,1 .. 4): then the output produced with the aid of the print command: > print (MATRIX) ; MATRIX[l,l] MATRIX[1,2] MATRIX[1,3] MATRIX[1,4]] [ MATRIX[2,l] MATRIX[2,2] MATRIX[2,3] MATRIX[2,4] MATRIX[3,l] MATRIX[3,2] MATRIX[3,3] MATRIX[3,4] Often, matrices with special structures are required. To produce these the array command with options must be invoked. Normally, the following are available: Matrix type Option Symmetric symmetric Antisymmetric antisymmetric Sparse sparse Diagonal diagonal Identity identity As we have already given examples of symmetric and sparse matrices in chapter 3, we now give examples of the other options.
A simple possibility is to input the equations and solution variables as sets.
3,2 .. 3); [1518 16] 19 The next two examples show how rows (row) and columns (col) of a matrix can be selected. The second row of the first matrix: 52 First steps in Maple > row(MATRIX1,2)i [4,5,6] The third column of the first matrix: > col (MATRIX1, 3) i [3,6,9] The results of the commands row and col are interpreted by Maple vectors. Because the next commands change the values of the matrix elements, the results are assigned to other variables in order to obtain the original values. Because the following commands are assigned to rows as well as columns, only one transformation is given in each case.