Part I: Solve for the inverse of the given Matrices A = [195 2/3] B= 11/18 -241 C = 39 8/20] D= = [62] √5 9/15 E [5/7-17] Part II Given the 3x3 Matrices solve for the following: a. Determinant b. Matrix of Minors c. Cofactor Matrix d. Adjoint of the matrix. e. Inverse 2 4 641 F= -12 1 48 22 8 -6 3 √√17 -4] G=-12 45 10 -1 11. 1 4/15 511 H=11 19 48 [21 1/8 -2]

Part I: Solve for the inverse of the given Matrices A = [195 2/3] B= 11/18 -241 C = 39 8/20] D= = [62] √5 9/15 E [5/7-17] Part II Given the 3x3 Matrices solve for the following: a. Determinant b. Matrix of Minors c. Cofactor Matrix d. Adjoint of the matrix. e. Inverse 2 4 641 F= -12 1 48 22 8 -6 3 √√17 -4] G=-12 45 10 -1 11. 1 4/15 511 H=11 19 48 [21 1/8 -2]

Practical Management Science

6th Edition

ISBN:9781337406659

Author:WINSTON, Wayne L.

Publisher:WINSTON, Wayne L.

Chapter7: Nonlinear Optimization Models

Section7.7: Portfolio Optimization Models

Problem 35P

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