Example 8: Let X = (C¹[0, 1], o), the linear subspace of C[0, 1] consisting of all real valued functions on [0, 1] that have continuous derivatives with the supnorm, and let Y = C[0, 1] with supnorm. Note that Y is a Banach space whereas X is an incomplete normed space. Request explain. Unable to understand

Elementary Linear Algebra (MindTap Course List)
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Chapter6: Linear Transformations
Section6.3: Matrices For Linear Transformations
Problem 45E: Calculus Let B={1,x,ex,xex} be a basis for a subspace W of the space of continuous functions, and...
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Example 8: Let X = (C¹[0, 1], o), the linear subspace of C[0, 1] consisting of all
real valued functions on [0, 1] that have continuous derivatives with the supnorm, and
let Y = C[0, 1] with supnorm. Note that Y is a Banach space whereas X is an
incomplete normed space.
Request explain. Unable to understand
Transcribed Image Text:Example 8: Let X = (C¹[0, 1], o), the linear subspace of C[0, 1] consisting of all real valued functions on [0, 1] that have continuous derivatives with the supnorm, and let Y = C[0, 1] with supnorm. Note that Y is a Banach space whereas X is an incomplete normed space. Request explain. Unable to understand
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