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Can we include inequalities while solving under determined simultaneous linear equation in reduced Echelon form?
Help regarding row echelon and reduced row echelon formPivot positions and reduced row echelon formIs it okay to determine pivot positions in a matrix in echelon form, not in reduced echelon form?How to find the reduced echelon form of a homogenous linear system given only the solutions?Hoffman and Kunze, linear algebra chapter 1 exerciseFinding a redundant equation in a system of linear simultaneous equationsReducing to reduced echelon form in linear algebra seems to do so many useful things - what gives? Why?Finding the basic and free variables of this matrixFind solutions to a system of linear equationsHow to solve underdetermined systems of polynomial equations?
$begingroup$
Is there a way to include the inequalities of variables in calculating family of equations while solving under determined simultaneous linear equations?
For Eg: Lets say x + y = 4, y + z = 4.
But I also have the additional information that x and y are unequal and y and z are unequal. How can I make use of this extra information? Is there a way to include this information in the matrix while calculating reduced Echelon form to family of solutions.
matrices inequality systems-of-equations integral-inequality
$endgroup$
add a comment |
$begingroup$
Is there a way to include the inequalities of variables in calculating family of equations while solving under determined simultaneous linear equations?
For Eg: Lets say x + y = 4, y + z = 4.
But I also have the additional information that x and y are unequal and y and z are unequal. How can I make use of this extra information? Is there a way to include this information in the matrix while calculating reduced Echelon form to family of solutions.
matrices inequality systems-of-equations integral-inequality
$endgroup$
$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago
add a comment |
$begingroup$
Is there a way to include the inequalities of variables in calculating family of equations while solving under determined simultaneous linear equations?
For Eg: Lets say x + y = 4, y + z = 4.
But I also have the additional information that x and y are unequal and y and z are unequal. How can I make use of this extra information? Is there a way to include this information in the matrix while calculating reduced Echelon form to family of solutions.
matrices inequality systems-of-equations integral-inequality
$endgroup$
Is there a way to include the inequalities of variables in calculating family of equations while solving under determined simultaneous linear equations?
For Eg: Lets say x + y = 4, y + z = 4.
But I also have the additional information that x and y are unequal and y and z are unequal. How can I make use of this extra information? Is there a way to include this information in the matrix while calculating reduced Echelon form to family of solutions.
matrices inequality systems-of-equations integral-inequality
matrices inequality systems-of-equations integral-inequality
asked 16 hours ago
VARUN.N RAOVARUN.N RAO
13
13
$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago
add a comment |
$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago
$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago
add a comment |
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$begingroup$
Introduce further variables that make up the difference e.g. x + y = 4 and x + 2<y is now x + y = 4 with x+2+s = y. You will possibly need conditions on x, y, like they are always positive for example, to get something useful.
$endgroup$
– Paul
15 hours ago
$begingroup$
The thing is the only information I have is that they are not equal, I don't know which one is greater, or what exactly is the difference between them. IS there a way to formally include this information in to matrix?
$endgroup$
– VARUN.N RAO
15 hours ago