If `A=[[1,-1,3],[2,1,-3],[1,1,1]]`then the cofactor of `a_(32)`in `A+A^(T)`

If A=[[2,-1,-3],[3,-4,-2],[5,2,4]] then cofactor of element a_(32) is

If A=[(1,-1,3),(3,2,1),(4,5,6)] then cofactor of A_(22) is

If A=[[1, 1, 0], [2, 1, 5],[1, 2, 1]] and a_(ij) denote the cofactor of element A_(ij) , then a_(11)A_(21)+a_(21)A_(22)+a_(13)A_(23)=

find the cofactor of a_(23) in [(3,1,4),(0,2,-1),(1,-3,5)]

If A=[5 3 8 2 0 1 1 2 3] . Write the cofactor of the element a_(32) .

If A=[{:(2,-1," 3"),(4," 2"," 5"),(0," 4",-1):}] , then cofactor A_(32) is

If A=[(3,2,4),(1,2,1),(3,2,6)] and A_(ij) are the cofactors of a_(ij) , then a_(11)A_(11)+a_(12)A_(12)+a_(13)A_(13) is equal to

Matrix A =[(1,2,3),(1,1,5),(2,4,7)] then the value of A_(31) A_(31) +a_(32) A_(32) +a_(33)A_(33) is

Matrix A=[(1,2,3),(1,1,5),(2,4,7)] , then the value of a_(31)A_(31)+a_(32)A_(32)+a_(33)A_(33) is

If A=[(1,-2,1),(2,1,3)] and B=[(2,1),(3,2),(1,1)] then (AB)' is equal to