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Your Code Goes Here Copy the sage notebook text and paste/yank it here! |
L=matrix([[1,0,0],[1,1,0],[1,1,1]]) U=matrix([[1,1,1],[0,1,1,],[0,0,1]]) b=matrix([[4],[5],[6]]) print '---L---' print L print '----U----' print U print '----b----' print b print '-----L.inverse----' x1=L.inverse() print '--------' print x1 c= x1*b print '---c----' print c x2=U.inverse() print '---U.inverse---' print x2 x3=x2*c print '---x----' print x3 A=L*U print '---A---'print A |
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* <Your Name>, <Profession>, <Organization> * <Your Name>, <Profession>, <Organization> |
*V.J.Ramchand, Student, GITAM University *G.Vamsi krishna, Student, GITAM University |
Book
Linear Algebra
Author
Gilbert Strang
Edition
L=matrix([[1,0,0],[1,1,0],[1,1,1]]) U=matrix([[1,1,1],[0,1,1,],[0,0,1]]) b=matrix([[4],[5],[6]]) print '---L---' print L print '----U----' print U print '----b----' print b print '-----L.inverse----' x1=L.inverse() print '--------' print x1 c= x1*b print '---c----' print c x2=U.inverse() print '---U.inverse---' print x2 x3=x2*c print '---x----' print x3 A=L*U print '---A---'print A
Solution by:
- V.J.Ramchand, Student, GITAM University
- G.Vamsi krishna, Student, GITAM University