List questions from orthogonality

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An inner product space and its proper closed subspace with trivial orthogonal complement

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Angle preserving operators

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Find all unit vectors in R^2 which are orthogonal to (−3, 1).

Published on 18 Nov 2014 - 22:52

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Suppose $V$ is subspace of a Hilbert Space $\mathcal H$. Show the identity $\bar V = (V^{\bot})^{\bot}$

Published on 20 Nov 2014 - 11:14

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Linear combination of vectors in orthogonal set

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Orthogonal Matrix with a specific row

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Help with Gram-Schmidt problem

Published on 24 Nov 2014 - 10:14

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Published on 24 Nov 2014 - 17:35

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Orthogonal basis of $\mathbb R^n$ consisting of $\pm 1$ vectors

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Bivector into orthogonal components

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Does Orthogonal matrix have complex eigenvectors with the same absolute value? If it is true, how can I prove it?

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Double orthogonal complement is equal to topological closure

Published on 29 Nov 2014 - 18:24

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Direct sum and orthogonal transformation

Published on 29 Nov 2014 - 22:09

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Finding the Orthogonal Complement to a subspace

Published on 01 Dec 2014 - 4:49

List Question

Basis of vector space and orthogonal complement

An inner product space and its proper closed subspace with trivial orthogonal complement

Angle preserving operators

Find all unit vectors in R^2 which are orthogonal to (−3, 1).

Suppose $V$ is subspace of a Hilbert Space $\mathcal H$. Show the identity $\bar V = (V^{\bot})^{\bot}$

Linear combination of vectors in orthogonal set

Orthogonal Matrix with a specific row

Help with Gram-Schmidt problem

Computing orthogonal projection

Orthogonal basis of $\mathbb R^n$ consisting of $\pm 1$ vectors

Bivector into orthogonal components

Does Orthogonal matrix have complex eigenvectors with the same absolute value? If it is true, how can I prove it?

Double orthogonal complement is equal to topological closure

Direct sum and orthogonal transformation

Finding the Orthogonal Complement to a subspace

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