`[[2,3,5],[4,1,2],[1,2,1]]=P+Q` , where P is a symmetric matrix and Q is a skew symmetric matrix then Q=

|[2,3,5],[4,1,2],[1,2,1]|=P+Q, where P is a symmetric and Q is a skew-symmetric then Q=

Express [[4,3,7],[6,5,-8],[1,2,6]] as the sum of a symmetric matrix and a skew symmetric matrix .

235412P+, where P is a s where P is a symmetric and Q is a skew-symmetric then Q=

If A=([3,57,9]) is written as A=P+Q where P is a symmetric matrix and Q is skew symmetric matrix,then write the matrix P.

Let A = [[2,3],[a,0]], a in R be written as P + Q where P is a symmetric matrix and Q is skew symmetric matrix. If det(Q) = 9, then the modulus of the sum of all possible values of determinant of P is equal to :

If A=[(2,3),(1,0)]=P+Q , where P is symmetric and Q is skew-symmetric, then find the matrix P.

If A=(3 5 7 9) is written as A = P + Q, where P is a symmetric matrix and Q is skew symmetric matrix, then write the matrix P.

Express [(2,3,4),(5,6,-2),(1,4,5)] as the sum of a symmetric matrix and a skew-symmetric matrix.

P+Q=[(1,6),(7,2)] , P is a symmetric, Q is a skew symmetric then P =

A=[[1, 4, -1],[ 2, 5, 4],[ -1, -6, 3]] Write A as the sum of a symmetric matrix and a skew symmetric matrix.