[" Let "A" is a "3times3" matrix and "A=[a_(ij)]_(3times3)." If for "],[" every column matrix "X" ,if "X^(T)AX=O" and "],[a_(23)=-2009" then "a_(32)=]

Let A is a 3times3 matrix and A= [a_(ij)] .If for every column matrix X ,if X^(T)AX=0 and a_(23)=2018 ,then a_(32) is equal to

Let A is a 3times3 matrix and A=[a_(ij)] .If for every column matrix X ,if X^(TT)AX=0 and a_(23)=2018 ,then a_(32) is equal to

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X , quad X^(T)AX=O and a_(23)=-2009, then a_32

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X, X^(T)AX=O and a_(23)=-1008, the sum of the digits of a_(32) is

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X, X^(T)AX=O and a_(23)=-1008, the sum of the digits of a_(32) is

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X, X^(T)AX=O and a_(23)=-1008, the sum of the digits of a_(32) is

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X, X^(T)AX=O and a_(23)=-1008, the sum of the digits of a_(32) is

Let A be a 3xx3 matrix given by A = [a_(ij)]. If for every column vector X, X^(T)AX=O and a_(23)=-1008, the sum of the digits of a_(32) is

Let A be a 3xx3 matrix given by A=(a_(ij))_(3xx3) . If for every column vector X satisfies X'AX=0 and a_(12)=2008 , a_(13)=1010 and a_(23)=-2012 . Then the value of a_(21)+a_(31)+a_(32)=

Let A be a 3xx3 matrix given by A=(a_(ij))_(3xx3) . If for every column vector X satisfies X'AX=0 and a_(12)=2008 , a_(13)=2010 and a_(23)=-2012 . Then the value of a_(21)+a_(31)+a_(32)=