Consider the following two systems.(a)A¹ =for system (a) and B√-3x3x - 5y(i) Find the inverse of the (common) coefficient matrix of the two systems.44yy =, Y =-3x - 4y3x-5y=2(ii) Find the solutions to the two systems by using the inverse, i.e. by evaluating AB where B represents the right hand side (i.e.B=[2]for system (b)).Solution to system (a): x=Solution to system (b): x-3-24

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Consider the following two systems. for system (a) and B Solution to system (a): x= Solution to system (b): x = (i) Find the inverse of the (common) coefficient matrix of the two systems. A-¹ = = 4 J-3x - 4y 3x - 5y , y = -3x - 4y 3x - 5y , Y = || || = (ii) Find the solutions to the two systems by using the inverse, i.e. by evaluating AB where B represents the right hand side (i.e. 2 for system (b)). B= 2 -3 ↑ -2 4

Consider the following two systems. for system (a) and B Solution to system (a): x= Solution to system (b): x = (i) Find the inverse of the (common) coefficient matrix of the two systems. A-¹ = = 4 J-3x - 4y 3x - 5y , y = -3x - 4y 3x - 5y , Y = || || = (ii) Find the solutions to the two systems by using the inverse, i.e. by evaluating AB where B represents the right hand side (i.e. 2 for system (b)). B= 2 -3 ↑ -2 4

Calculus For The Life Sciences

2nd Edition

ISBN:9780321964038

Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.

Chapter10: Matrices

Section10.3: Multiplication Of Matrices

Problem 38E: Let A=[1235], X=[x1x2] and B=[412], Show that the equation AX=B represents a linear system of two...

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