please dont provide hand written solutionK If B is the standard basis of the space P3 of polynomials, then let B = {1, t, t², t³). Use coordinate vectors to test the linear independence of the set of polynomials below. Explain your work. (-3-t)³, (-2-t)², 31+31t+10² +³ Write the coordinate vector for the polynomial (-3-t)³, denoted p₁. KIf B is the standard basis of the space P3 of polynomials, then let B=(1, t, t2, 13). Use coordinate vectors to test thelinear independence of the set of polynomials below. Explain your work.(-3-1)³. (-2-t)², 31+31t+101² +1³BIOCOWrite the coordinate vector for the polynomial (-3-t), denoted p₁.

Given that is the standard basis of the space of polynomials, .And the given vectors are…

K If B is the standard basis of the space P3 of polynomials, then let B=(1, t, t², 13). Use coordinate vectors to test the linear independence of the set of polynomials below. Explain your work. (-3-1)³. (-2-t)², 31+31t+101² +1³ SICCO Write the coordinate vector for the polynomial (-3-t), denoted p₁.

K If B is the standard basis of the space P3 of polynomials, then let B=(1, t, t², 13). Use coordinate vectors to test the linear independence of the set of polynomials below. Explain your work. (-3-1)³. (-2-t)², 31+31t+101² +1³ SICCO Write the coordinate vector for the polynomial (-3-t), denoted p₁.

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 44EQ

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