" A is a "2times2" matrix such that "A[[1],[-1]]=[[-1,10],[2]]" and "A^(2)[[1,1],[-1]]=[[1,1],[A,a]]" .Sum of elements of "A," is "(a)-1(b)0(c)2(d)5

A is a 2xx2 matrix such that A[[1],[-1]]=[[-1],[ 2]] and A^2[[1],[-1]]=[[1],[ 0]]dot The sum of the elements of A is a. -1 b. 0 c. 2 d. 5

A is a 2xx2 matrix such that A[[1],[-1]]=[[-1],[ 2]] and A^2[[1],[-1]]=[[1],[ 0]]dot The sum of the elements of A is a. -1 b. 0 c. 2 d. 5

A is a 2xx2 matrix such that A[[1-1]]=[[-12]] and A^(2)[[1-1]]=[[10]] The sum of the elements of A is -1 b.0 c.2 d.5

If A is a 2times2 matrix such that [[2,1],[3,2]] A [[-3,2],[5,-3]]=[[1,0],[0,1]] then the sum of the elements in A is

If M is a 2xx2 matrix such that M[(1),(-1)]=[(-1),(2)] and M^(2)[(1),(-1)]=[(1),(0)] then sum of elements of M is

A is a 2xx2 matrix such that A[1-1]=[-1 2]a n dA^2[1-1]=[1 0]dot The sum of the elements of A is -1 b. 0 c. 2 d. 5

If A is a square matrix of order 2 such that A[(,1),(,-1)]=[(,-1),(,2)] and A^(2)[(,1),(,-1)]=[(,1),(,0)] the sum of elements and product of elements of A are S and P, S + P is

If A is a square matrix of order 2 such that A[(,1),(,-1)]=[(,-1),(,2)] and A^(2)[(,1),(,-1)]=[(,1),(,0)] the sum of elements and product of elements of A are S and P, S + P is

If A is a square matrix of order 2 such that A[(,1),(,-1)]=[(,-1),(,2)] and A^(2)[(,1),(,-1)]=[(,1),(,0)] the sum of elements and product of elements of A are S and P, S + P is