--> Produced By ACL-PHYCALP Program
--> Solving for the value of X of the matrix.
--> X factors are given below for the matrix.
--> | + - + |
--> | 2 -3 4 |
--> | 4 2 -2 |
--> | 2 -3 3 |
--> 2 x [ 2 -2 |
--> [ -3 3 |
--> +
--> 3 x | 4 -2 |
--> | 2 3 |
--> +
--> 4 x | 4 2 ]
--> | 2 -3 ]
--> X = 2 x [ 2 x 3 - -3 x -2 ] - , continue on the next line
--> = -3 x | 4 x 3 - -2 x 2 ] + , continue on the next line
--> = 4 x | 4 x -3 - 2 x 2 ] end of combination
--> X = 2 x [ 6 - 6 ] - , continue on the next line
--> = -3 x | 12 - -4 ] + , continue on the next line
--> = 4 x | -12 - 4 ] end of combination
--> X = 2 x [ 0 ] - , continue on the next line
--> = -3 x | 16 ] + , continue on the next line
--> = 4 x | -16 ] end of combination
--> X = 2 x [ 0 ] + , continue on the next line
--> = 3 x | 16 ] + , continue on the next line
--> = 4 x | -16 ] end of combination
--> Produced by ACL-PHYCALP Program
--> X = [ 0 ] + , continue on the next line
--> = [ 48 ] + , continue on the next line
--> = [ -64 ] end of combination
--> X = 0 + 48 + -64
--> Value of X = -16
--> Value of X = -16.00
--> X value of the matrix = (X Factor) / (Determinant)
--> X value of the matrix = -16 / -17
--> X value of the matrix = 0.941176470588235
--> X value of the matrix = 0.94
--> Produced by ACL-PHYCALP Program
------------------------------------------> New value below >
--> Produced by ACL-PHYCALP Program
--> Solving for the value of Y of the matrix.
--> Y factors are given below for the matrix.
--> | + - + |
--> | 2 2 4 |
--> | 3 4 -2 |
--> | 2 2 3 |
--> 2 x [ 4 -2 |
--> [ 2 3 |
--> -
--> -2 x | 3 -2 |
--> | 4 3 |
--> +
--> 4 x | 3 4 ]
--> | 4 2 ]
--> Y = 2 x [ 4 x 3 - 2 x -2 ] - , continue on the next line
--> = 2 x | 3 x 3 - -2 x 4 ] + , continue on the next line
--> = 4 x | 3 x 2 - 4 x 4 ] end of combination
--> Y = 2 x [ 12 - -4 ] - , continue on the next line
--> = 2 x | 9 - -8 ] + , continue on the next line
--> = 4 x | 6 - 16 ] end of combination
--> Y = 2 x [ 16 ] - , continue on the next line
--> = 2 x | 1 ] + , continue on the next line
--> = 4 x | -10 ] end of combination
--> Y = 2 x [ 16 ] - , continue on the next line
--> = 2 x | 17 ] + , continue on the next line
--> = 4 x | -10 ] end of combination
--> Y = [ 32 ] - , continue on the next line
--> = [ 34 ] + , continue on the next line
--> = [ -40 ] end of combination
--> Y = 32 - 34 + -40
--> Y of the matrix = -42
--> Y of the matrix = -42.00
--> y value of the matrix = (X Factor) / (Determinant)
--> y value of the matrix = -42 / -17
--> y value of the matrix = 2.47058823529412
--> y value of the matrix = 2.47
--> Produced by ACL-PHYCALP Program
------------------------------------------> New value below >
--> Produced by ACL-PHYCALP Program
--> Solving for the value of Z of the matrix.
--> Z factors are given below for the matrix.
--> | + - + |
--> | 2 -3 2 |
--> | 3 2 4 |
--> | 4 -3 2 |
--> 2 x [ 2 4 |
--> [ -3 2 |
--> -
--> 3 x | 3 4 |
--> | 4 2 |
--> +
--> 2 x | 3 2 ]
--> | 4 -3 ]
--> Z = 2 x [ 2 x 2 - -3 x 4 ] - , continue on the next line
--> = -3 x | 3 x 2 - 4 x 4 ] + , continue on the next line
--> = 2 x | 3 x -3 - 4 x 2 ] end of combination
--> Produced by ACL-PHYCALP Program
--> Z = 2 x [ 4 - -12 ] - , continue on the next line
--> = -3 x | 6 - 16 ] + , continue on the next line
--> = 2 x | -9 - 16 ] end of combination
--> Z = 2 x [ 16 ] - , continue on the next line
--> = -3 x | -10 ] + , continue on the next line
--> = 2 x | -25 ] end of combination
--> Z = 2 x [ 16 ] + , continue on the next line
--> = 3 x | -10 ] + , continue on the next line
--> = 2 x | -25 ] end of combination
--> Z = [ 32 ] + , continue on the next line
--> = [ -30 ] + , continue on the next line
--> = [ -50 ] end of combination
--> Z = 32 + 20 + -50
--> Value of Z = -32
--> Value of Z = -32.00
--> Z value of the matrix = (X Factor) / (Determinant)
--> Z value of the matrix = -32 / -17
--> Z value of the matrix = 1.88235294117647
--> Z value of the matrix = 1.88
--> Produced by ACL-PHYCALP Program