Make a change of variable, x =Py, that transforms the given quadratic form into a quadratic form with no cross-product term. Give P and the new quadratic form. Q(x) = 3x; + 6x; + 4xqx2 A. 1 2 1 2 - V5 V5 :- 7y - 2y3 V5 P = V5 P = + 2 1 1 V5 V5 V5 V5 D. 1 P = 2 - 2 ; 7y1 + 2y2 1 1 P = 2 - 2 : 7y; +2y? 1 B.

Make a change of variable, x =Py, that transforms the given quadratic form into a quadratic form with no cross-product term. Give P and the new quadratic form. Q(x) = 3x; + 6x; + 4xqx2 A. 1 2 1 2 - V5 V5 :- 7y - 2y3 V5 P = V5 P = + 2 1 1 V5 V5 V5 V5 D. 1 P = 2 - 2 ; 7y1 + 2y2 1 1 P = 2 - 2 : 7y; +2y? 1 B.

Name: Make a change of variable, x = Py, that transforms the given quadrati
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Description: Make a change of variable, x = Py, that transforms the given quadratic form into a quadratic form with no cross-productterm. Give P and the new quadratic form.Q(x) = 3x, + 6x2 + 4x, X2%3DA.В.1212V5V5- 7y; - 2y3V5P =2V5: 7y; + 2y3P =11V5V5V5V5D.1 - 2

Elements Of Modern Algebra

8th Edition

ISBN:9781285463230

Author:Gilbert, Linda, Jimmie

Publisher:Gilbert, Linda, Jimmie

Chapter8: Polynomials

Section8.5: Solution Of Cubic And Quartic Equations By Formulas (optional)

Problem 29E

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