Complete each of the following sentences by matching each of the letter options (e.g. (A), (B), ...) to a correct corresponding number option (e.g. (1), (2), ...). A) For the matrix LaTeX: M:=\begin{pmatrix}0& -1\\ 1& 0 \end{pmatrix} we have LaTeX: \text{span}(\{I, M, M^{2}, M^{3},....,M^{n},...\}) is equal to (B) Let LaTeX: x,\:x^2 be polynomial functions in LaTeX: \mathcal P_{2}(\mathbb F_2), the vector space of all polynomial functions of degree two or less with coefficients in LaTeX: \mathbb F_2. Then LaTeX: \mathrm{span}(x) is equal to (C) The vector space of all functions over real numbers is a subspace of (D) Let LaTeX: T:V\to W be a linear transformation and LaTeX: S be a subset of LaTeX: V. Then LaTeX: T(\text{span}(S)) is equal to (1) A strict subspace of LaTeX: \mathrm{span}(x,x^{2}) (that is a subspace of LaTeX: \mathrm{span}(x,x^{2}) which is not equal to LaTeX: \mathrm{span}(x,x^{2})). (2) The space of LaTeX: 2\times 2 matrices with real entries and zero diagonal. (3) LaTeX: M_{2,2}(\mathbb R) (4) LaTeX: \mathrm{span}(x,x^{2}) (5) LaTeX: \mathrm{span}(1,x,x^2,x^3, \cdots) (6) None of the options completes this phrase into a true statement. (7) LaTeX: \text{span}(T(S)) (8) LaTeX: W
Complete each of the following sentences by matching each of the letter options (e.g. (A), (B), ...) to a correct corresponding number option (e.g. (1), (2), ...).
A) For the matrix LaTeX: M:=\begin{pmatrix}0& -1\\ 1& 0 \end{pmatrix} we have LaTeX: \text{span}(\{I, M, M^{2}, M^{3},....,M^{n},...\}) is equal to
(B) Let LaTeX: x,\:x^2 be polynomial functions in LaTeX: \mathcal P_{2}(\mathbb F_2), the vector space of all polynomial functions of degree two or less with coefficients in LaTeX: \mathbb F_2. Then LaTeX: \mathrm{span}(x) is equal to
(C) The vector space of all functions over real numbers is a subspace of
(D) Let LaTeX: T:V\to W be a linear transformation and LaTeX: S be a subset of LaTeX: V. Then LaTeX: T(\text{span}(S)) is equal to
(1) A strict subspace of LaTeX: \mathrm{span}(x,x^{2}) (that is a subspace of LaTeX: \mathrm{span}(x,x^{2}) which is not equal to LaTeX: \mathrm{span}(x,x^{2})).
(2) The space of LaTeX: 2\times 2 matrices with real entries and zero diagonal.
(3) LaTeX: M_{2,2}(\mathbb R)
(4) LaTeX: \mathrm{span}(x,x^{2})
(5) LaTeX: \mathrm{span}(1,x,x^2,x^3, \cdots)
(6) None of the options completes this phrase into a true statement.
(7) LaTeX: \text{span}(T(S))
(8) LaTeX: W
The given questions are related with linear algebra.
We have to complete each of the following sentences by matching each of the letter options (e.g. (A),(B), ...)to a corresponding number option (e.g. (1) , (2), ...).
(A) For the matrix we have is equal to
(B) Let be polynomial functions in , the vector space of all polynomial functions of degree two or less with coefficients in . Then is equal to
(C) The vector space of all functions over real numbers is a subspace of
(D) Let be a linear transformation and be a subset of . Then is equal to
The given number options are :
(1) A strict subspace of (that is a subspace of which is not equal to ).
(2) The space of matrices with real entries and zero diagonal.
(3)
(4)
(5)
(6) None of the options completes this phrase into a true statement.
(7)
(8)
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