A and B are square matrices such that det. `(A)=1, B B^(T)=I`, det `(B) gt 0`, and A( adj. A + adj. B)=B.
The value of det `(A+B)` is

A and B are square matrices such that det. (A)=1, B B^(T)=I , det (B) gt 0 , and A( adj. A + adj. B)=B. AB^(-1)=

A and B are square matrices such that det. (A)=1, B B^(T)=I , det (B) gt 0 , and A( adj. A + adj. B)=B. AB^(-1)=

A and B are square matrices such that det. (A)=1, B B^(T)=I , det (B) gt 0 ,B + A= B^(2) and A( adj. A + adj. B)=B. AB^(-1)=

If A and B are square matrices of order 3 such that det(A)=-2 and det(B)=4, then : det(2AB)=

if A and B are squares matrices such that A^(2006)=O and A B=A+B , then ,"det"(B) equals

if A and B are squares matrices such that A^(2006)=O and A B=A+B , then ,"det"(B) equals

Let A and B are two square matrices of order 3 such that det. (A)=3 and det. (B)=2 , then the value of det. (("adj. "(B^(-1) A^(-1)))^(-1)) is equal to _______ .

Let A and B are two square matrices of order 3 such that det. (A)=3 and det. (B)=2 , then the value of det. (("adj. "(B^(-1) A^(-1)))^(-1)) is equal to _______ .

Let A and B are two square matrices of order 3 such that det. (A)=3 and det. (B)=2 , then the value of det. (("adj. "(B^(-1) A^(-1)))^(-1)) is equal to _______ .

Let A and B are two square matrices of order 3 such that det. (A)=3 and det. (B)=2 , then the value of det. (("adj. "(B^(-1) A^(-1)))^(-1)) is equal to _______ .