Exam 7: Vector Spaces

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If If   and   are subspaces of a vector space V and   , then   . and If   and   are subspaces of a vector space V and   , then   . are subspaces of a vector space V and If   and   are subspaces of a vector space V and   , then   . , then If   and   are subspaces of a vector space V and   , then   . .

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In the vector space V of all differentiable functions In the vector space V of all differentiable functions   , let S be the set of all functions f such that   . Determine if S is a subspace of V, and if not explain why. , let S be the set of all functions f such that In the vector space V of all differentiable functions   , let S be the set of all functions f such that   . Determine if S is a subspace of V, and if not explain why. . Determine if S is a subspace of V, and if not explain why.

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If S is a subspace of the polynomial space If S is a subspace of the polynomial space   , then   for some m with   . , then If S is a subspace of the polynomial space   , then   for some m with   . for some m with If S is a subspace of the polynomial space   , then   for some m with   . .

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Determine if the set of vectors Determine if the set of vectors   is linearly independent in P. is linearly independent in P.

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In the vector space In the vector space   , let S be the set of matrices A such that   . Determine if S is a subspace of   , and if not explain why. , let S be the set of matrices A such that In the vector space   , let S be the set of matrices A such that   . Determine if S is a subspace of   , and if not explain why. . Determine if S is a subspace of In the vector space   , let S be the set of matrices A such that   . Determine if S is a subspace of   , and if not explain why. , and if not explain why.

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