)A set of two, three, or four red vectors in R? or R* is shown in each picture below. Determine whether each set of vectors is a basis for R or R. Note: For the pictures in R, a grid is drawn in the ry- plane, and vectors with their tip on the grid are in the ry-plane, while vectors with their tip not on the grid are not in the zy-plane. choose choose choose choose choose choose

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.2: Linear Independence, Basis, And Dimension
Problem 33EQ
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)A set of two, three, or four red vectors in R? or R* is shown in each picture below. Determine whether each set of vectors is a basis for R? or R. Note: For the pictures in R, a grid is drawn in the TY-
plane, and vectors with their tip on the grid are in the ry-plane, while vectors with their tip not on the grid are not in the zy-plane.
choose
choose
choose
choose
choose
choose
Transcribed Image Text:)A set of two, three, or four red vectors in R? or R* is shown in each picture below. Determine whether each set of vectors is a basis for R? or R. Note: For the pictures in R, a grid is drawn in the TY- plane, and vectors with their tip on the grid are in the ry-plane, while vectors with their tip not on the grid are not in the zy-plane. choose choose choose choose choose choose
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