the following vectors are linearly independent in their respective vector space and have same size as the dimension of their vector space. So they form a basis for the vector space and hence spanning set of over the vector spaces.
1. For each of the following vector spaces, give two differ- ent spanning sets: (b) M22...
Are the following sets vector spaces? Give reasons. 2. a) pe P4 p(1) 0 and p(-1) 0 }; b) (pe P3 ap'(x) c) pe P9 | p has degree 4 or more}. 2p(x) for all eR}; Are the following sets vector spaces? Give reasons. 2. a) pe P4 p(1) 0 and p(-1) 0 }; b) (pe P3 ap'(x) c) pe P9 | p has degree 4 or more}. 2p(x) for all eR};
1 (8 pts) Find the dimension and a basis for the following vector spaces. (a) (4 pts) The vector space of all symmetric 2 x 2 matrices (which is a subspace of M22). (b) (4 pts) All vectors of the form (a, b, 2a +36) (which is a subspace of R).
1 (8 pts) Find the dimension and a basis for the following vector spaces. (a) (4 pts) The vector space of all symmetric 2 x 2 matrices (which is a subspace of M22). (b) (4 pts) All vectors of the form (a, b, 2a + 3b) (which is a subspace of R).
1 (8 pts) Find the dimension and a basis for the following vector spaces. (a) (4 pts) The vector space of all lower triangular 2 x 2 matrices (which is a subspace of M22). (b) (4 pts) All vectors of the form (a, b, c, 2a + 3b – 3c) (which is a subspace of R4).
6. For the following vector spaces V, determine if the subset H is a subspace. If not, give one reason why H fails to be a subspace. (a) (5 points) V is the set of functions f from R + R, and H is the set of polynomials of integer coefficients. (b) (5 points) V = P, is the vector space of polynomials of degree at most 2, and H is the subset of all polynomials in P2 of the...
1 (8 pts) Find the dimension and a basis for the following vector spaces. (a) (4 pts) The vector space of all symmetric 2 x 2 matrices (which is a subspace of M22). (b) (4 pts) All vectors of the form (a, b, 2a +36) (which is a subspace of Re"). 2. (12 pts) Given the matrix in a R R-E form: -21 1 [1 0 0 0 3 0 1 1 0 - 2 0 0 0 1 0...
9. Find the dimension of each of the following vector spaces (a) The vector space of all diagonal n xn matrices. (b) The vector space of all symmetric n x n matrices. (c) The vector space of all upper triangular n x n matrices 9. Find the dimension of each of the following vector spaces (a) The vector space of all diagonal n xn matrices. (b) The vector space of all symmetric n x n matrices. (c) The vector space...
2) Determine if each of the sets below is a vector space, give a basis if it is a vector space or an explanation if it is not a vector space. Зр 2q -P p +9) p.q ER {[1]: a+c=0} ; T,S, ER 2t
4. (20 points) Determine whether the following sets are linear independent. Prove your statem ent. in the vector space of 2 × 2 matrices. b. (sinx, cos.x, 1 in the vector space CTo, 1].
[B] Let W be the subspace of M22 given in problem [A] . (B.1) Show that the following set forms a basis for W: S = -5 (B.2) Obtain the coordinate vector for A = 3 relative to S. That is, find (A)s. -8 Show work! [B] Let W be the subspace of M22 given in problem [A] . (B.1) Show that the following set forms a basis for W: S = -5 (B.2) Obtain the coordinate vector for A...