Q-2: Determine whether the set of all triples of real numbers with standard vector addition but with the scalar multiplication defined by k(x, y,=)=(k°x,k'y,k²=) is a vector space. In case of not a vector space, identify the vector space axioms that fail. (b) Determine whether all the vectors of the form (a,0,0) are subspaces of R'. (c) Determine whether the vectors v, = (-3,0,4), v, = (5,-1,2) and v, = (1,1,3) are linearly independent or linearly dependent in R'.

Algebra and Trigonometry (6th Edition)
6th Edition
ISBN:9780134463216
Author:Robert F. Blitzer
Publisher:Robert F. Blitzer
ChapterP: Prerequisites: Fundamental Concepts Of Algebra
Section: Chapter Questions
Problem 1MCCP: In Exercises 1-25, simplify the given expression or perform the indicated operation (and simplify,...
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Q-2: Determine whether the set of all triples of real numbers with standard vector addition but with the
scalar multiplication defined by
k(x,y,z)= (k²x,k²y,k'=)
is a vector space. In case of not a vector space, identify the vector space axioms that fail.
(b) Determine whether all the vectors of the form (a,0,0) are subspaces of R'.
(c) Determine whether the vectors v, = (-3,0,4), v, =(5,–1,2) and v, = (1,1,3) are linearly independent or
linearly dependent in R'.
Transcribed Image Text:Q-2: Determine whether the set of all triples of real numbers with standard vector addition but with the scalar multiplication defined by k(x,y,z)= (k²x,k²y,k'=) is a vector space. In case of not a vector space, identify the vector space axioms that fail. (b) Determine whether all the vectors of the form (a,0,0) are subspaces of R'. (c) Determine whether the vectors v, = (-3,0,4), v, =(5,–1,2) and v, = (1,1,3) are linearly independent or linearly dependent in R'.
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