Consider the matrix distributive property.(c + d)A = cA + dA, where A is a matrix and c and d are scalars%3DWhich of the following proves this property? Let A0 ( + )A = (c + d) ] = [c+ d9aj] = [(c + a») · (a + a4) = [] + [daj] = c[»,] -(c + a) ] = c[»] • «•«] = [ (-= cA + dA= CA + dA%3D%3D+ d)a;%3D= CA + dA%D[Me]p+ [Me]> = ["ep] + [Me] = ["ep + Pe] = ["e(p + 2)] = ["e]co + >) = v(p + 2) O= CA + dA%3D0(c+ OJA = ([] + [«J])W - J) • [•rJ] - [a) + [da] = cA + da%3D%3D%3D= CA + dA

To find which of the given options is the correct prove for the matrix distributive property…

Čonsider the matrix distributive property. (c + d)A = CA + dA, where A is a matrix and c and d are scalars Which of the following proves this property? Let A = O (c + d)A = (c + d) (c + o)a] = [(c + au) • (a + a)] = [] [do] = cl] + «[•»] = CA + dA O (c + d)A = (c + d) = CA + dA = [Me] = [Mep + 0 (6+ )A - (c + a) [a,] = [c + oa] = [ca, + do] = [c»,] (] -<•,] + «[•»] = %3D = CA + dA O (c + d)A = = CA + dA %3D + O (c + d)A = + = CA + dA %3D %3D

Čonsider the matrix distributive property. (c + d)A = CA + dA, where A is a matrix and c and d are scalars Which of the following proves this property? Let A = O (c + d)A = (c + d) (c + o)a] = [(c + au) • (a + a)] = [] [do] = cl] + «[•»] = CA + dA O (c + d)A = (c + d) = CA + dA = [Me] = [Mep + 0 (6+ )A - (c + a) [a,] = [c + oa] = [ca, + do] = [c»,] (] -<•,] + «[•»] = %3D = CA + dA O (c + d)A = = CA + dA %3D + O (c + d)A = + = CA + dA %3D %3D

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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