Solution Found!
Label the following statements as true or false. (a) The zero vector is a linear
Chapter 1, Problem 1(choose chapter or problem)
Label the following statements as true or false. (a) The zero vector is a linear combination of any nonempty set of vectors. (b) The span of 0 is 0 . (c) If 5 is a subset of a vector space V, then span(5) equals the intersection of all subspaces of V that contain S. (d) In solving a system of linear equations, it is permissible to multiply an equation by any constant. (e) In solving a system of linear equations, it is permissible to add any multiple of one equation to another. (f) Every system of linear equations has a solution.
Questions & Answers
QUESTION:
Label the following statements as true or false. (a) The zero vector is a linear combination of any nonempty set of vectors. (b) The span of 0 is 0 . (c) If 5 is a subset of a vector space V, then span(5) equals the intersection of all subspaces of V that contain S. (d) In solving a system of linear equations, it is permissible to multiply an equation by any constant. (e) In solving a system of linear equations, it is permissible to add any multiple of one equation to another. (f) Every system of linear equations has a solution.
ANSWER:Problem 1
Label the following statements as true or false
(a) The zero vector is a linear combination of any non – empty set of vectors
(b) The span of is
(c) If S is a subset of a vector space V, then span(S) equals the intersection of all subspaces of V that contain S
(d) In solving a system of linear equations, it is permissible to multiply an equation by any constant
(e) In solving a system of linear equations, it is permissible to add any multiple of one equation to another
(f) Every system of linear equations has a solution
Step by Step Solution
Step 1 of 6
(a) Given statement is:
The zero vector is a linear combination of any non – empty set of vectors.
This statement is true because for any non – empty set of vectors , the vector 0 can be expressed as
(i)
If , then equation (i) holds and the statement is true.
, then we can choose such that equation (i) holds and in that case, the statement is also true