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If Is a Linear Transformation, with V a Vector

Question 44

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If If   is a linear transformation, with V a vector space having basis   , and if   for all i, where   is a scalar, then the matrix of T is diagonal, where G is the basis used for both the domain and codomain.​ is a linear transformation, with V a vector space having basis If   is a linear transformation, with V a vector space having basis   , and if   for all i, where   is a scalar, then the matrix of T is diagonal, where G is the basis used for both the domain and codomain.​ , and if If   is a linear transformation, with V a vector space having basis   , and if   for all i, where   is a scalar, then the matrix of T is diagonal, where G is the basis used for both the domain and codomain.​ for all i, where If   is a linear transformation, with V a vector space having basis   , and if   for all i, where   is a scalar, then the matrix of T is diagonal, where G is the basis used for both the domain and codomain.​ is a scalar, then the matrix of T is diagonal, where G is the basis used for both the domain and codomain.​

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