http://www.mapleprimes.com/questions/127686-How-To-Convert-A-System-Of-Symbolic en-us 2026 Maplesoft, A Division of Waterloo Maple Inc. Maplesoft Document System Sun, 14 Jun 2026 00:39:24 GMT Sun, 14 Jun 2026 00:39:24 GMT The latest answers and comments added to the Question, How to convert a system of symbolic equations into matrix form ? http://www.mapleprimes.com/images/mapleprimeswhite.jpg http://www.mapleprimes.com/questions/127686-How-To-Convert-A-System-Of-Symbolic http://www.mapleprimes.com/questions/127686-How-To-Convert-A-System-Of-Symbolic?ref=Feed:MaplePrimes:How to convert a system of symbolic equations into matrix form ?:Comments#answer127687 <p>Remembered ther is a command in the LinearAlgebra package,<br>?LinearAlgebra[GenerateMatrix] may be what you are looking for</p> <p>Remembered ther is a command in the LinearAlgebra package,<br>?LinearAlgebra[GenerateMatrix] may be what you are looking for</p> 127687 Sun, 13 Nov 2011 02:26:17 Z Axel Vogt Axel Vogt http://www.mapleprimes.com/questions/127686-How-To-Convert-A-System-Of-Symbolic?ref=Feed:MaplePrimes:How to convert a system of symbolic equations into matrix form ?:Comments#comment127688 <pre>eq1 := (a+1)*x - b*y + c*z = j: eq2 := 2*x + (sqrt(d)+e)*y - f*z = k: eq3 := (g-h*2+1)*x - i*y - 4*z = l: A,B := LinearAlgebra:-GenerateMatrix([eq1,eq2,eq3],[x,y,z]); [ a + 1 -b c ] [j] [ ] [ ] [ (1/2) ] [k] A, B := [ 2 d + e -f], [ ] [ ] [l] [g - 2 h + 1 -i -4] A.Vector([x,y,z])=B; [ (a + 1) x - b y + c z ] [j] [ ] [ ] [ / (1/2) \ ] [k] [2 x + \d + e/ y - f z ] = [ ] [ ] [l] [(g - 2 h + 1) x - i y - 4 z] A.Vector([x,y,z])=~B; [ (a + 1) x - b y + c z = j ] [ ] [ / (1/2) \ ] [2 x + \d + e/ y - f z = k ] [ ] [(g - 2 h + 1) x - i y - 4 z = l] LinearAlgebra:-GenerateEquations(A,[x,y,z],B): map(print,%): x a + x - b y + c z = j (1/2) 2 x + y d + y e - f z = k x g - 2 x h + x - i y - 4 z = l </pre> <pre>eq1 := (a+1)*x - b*y + c*z = j: eq2 := 2*x + (sqrt(d)+e)*y - f*z = k: eq3 := (g-h*2+1)*x - i*y - 4*z = l: A,B := LinearAlgebra:-GenerateMatrix([eq1,eq2,eq3],[x,y,z]); [ a + 1 -b c ] [j] [ ] [ ] [ (1/2) ] [k] A, B := [ 2 d + e -f], [ ] [ ] [l] [g - 2 h + 1 -i -4] A.Vector([x,y,z])=B; [ (a + 1) x - b y + c z ] [j] [ ] [ ] [ / (1/2) \ ] [k] [2 x + \d + e/ y - f z ] = [ ] [ ] [l] [(g - 2 h + 1) x - i y - 4 z] A.Vector([x,y,z])=~B; [ (a + 1) x - b y + c z = j ] [ ] [ / (1/2) \ ] [2 x + \d + e/ y - f z = k ] [ ] [(g - 2 h + 1) x - i y - 4 z = l] LinearAlgebra:-GenerateEquations(A,[x,y,z],B): map(print,%): x a + x - b y + c z = j (1/2) 2 x + y d + y e - f z = k x g - 2 x h + x - i y - 4 z = l </pre> 127688 Sun, 13 Nov 2011 05:19:16 Z pagan pagan http://www.mapleprimes.com/questions/127686-How-To-Convert-A-System-Of-Symbolic?ref=Feed:MaplePrimes:How to convert a system of symbolic equations into matrix form ?:Comments#comment127701 <p>Perfect ! Works like a charm.</p> <p>Thank you!</p> <p>Perfect ! Works like a charm.</p> <p>Thank you!</p> 127701 Sun, 13 Nov 2011 18:31:39 Z awehring awehring