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If det, (A-B) ne 0, A^(4)=B^(4), C^(3) A...

If det, `(A-B) ne 0, A^(4)=B^(4), C^(3) A=C^(3)B` and `B^(3)A=A^(3)B`, then find the value of det. `(A^(3)+B^(3)+C^(3))`.

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To solve the problem, we need to find the value of \( \text{det}(A^3 + B^3 + C^3) \) given the conditions. Let's break it down step by step. ### Step 1: Understand the given conditions We have the following conditions: 1. \( \text{det}(A - B) \neq 0 \) 2. \( A^4 = B^4 \) 3. \( C^3 A = C^3 B \) 4. \( B^3 A = A^3 B \) ...
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CENGAGE ENGLISH-MATRICES-ILLUSTRATION
  1. If A=[(3,-4),(1,-1)] then find tr. (A^(2012)).

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  2. If A is a nonsingular matrix satisfying AB-BA=A, then prove that det. ...

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  3. If det, (A-B) ne 0, A^(4)=B^(4), C^(3) A=C^(3)B and B^(3)A=A^(3)B, the...

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  4. Given a matrix A=[a b c b c a c a b],w h e r ea ,b ,c are real positiv...

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  5. If M is a 3xx3 matrix, where det M=1a n dM M^T=1,w h e r eI is an iden...

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  6. Consider point P(x, y) in first quadrant. Its reflection about x-axis ...

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  7. If A=[[2,-2,-4],[-1,3,4],[1,-2,-3]] then A is 1) an idempotent matrix ...

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  8. If A= [(1,1,3),(5,2,6),(-2,-1,-3)] then find A^(14)+3A-2I

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  9. The matrix A=[-5-8 0 3 5 0 1 2-] is a. idempotent matrix b. involut...

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  10. If abc=p and A=[(a,b,c),(c,a,b),(b,c,a)], prove that A is orthogonal i...

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  11. Let A be an orthogonal matrix, and B is a matrix such that AB=BA, then...

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  12. Find the adjoint of the matrix A=[(1,1,1),(2,1,-3),(-1,2,3)].

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  13. If S=[((sqrt(3)-1)/(2sqrt(2)),(sqrt(3)+1)/(2sqrt(2))),(-((sqrt(3)+1)/(...

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  14. If A is a square matrix such that A(adjA)=[(4,0,0),(0,4,0),(0,0,4)], t...

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  15. Let A be a square matrix of order 3 such that adj. (adj. (adj. A)) =...

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  16. Let A =[(1,-1,1),(2,1,-3),(1,1,1)] and 10B=[(4,2,2),(-5,0,alpha),(...

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  17. Matrices a and B satisfy AB=B^(-1), where B=[(2,-1),(2,0)]. Find (i...

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  18. Given the matrices A and B as A=[(1,-1),(4,-1)] and B=[(1,-1),(2,-2)]....

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  19. If M is the matrix [(1,-3),(-1,1)] then find matrix sum(r=0)^(oo) ((-1...

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  20. Let p be a non singular matrix, and I + P + p^2 + ... + p^n = 0, then ...

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