Let W and U be subspaces of vector space V. (a) Show that W ( U, the
Question:
(a) Show that W ( U, the set of all vectors v that are either in W or in U, is not always a subspace of V.
(b) When is W ( U a subspace of V?
(c) Show that W ( U, the set of all vectors v that are in both W and U, is a subspace of V.
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a Let It follows that is not in W U and hence W U is not a subsp...View the full answer
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Related Book For 
Elementary Linear Algebra with Applications
ISBN: 978-0132296540
9th edition
Authors: Bernard Kolman, David Hill
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