Question: The o matrix is defined by: (i) Prove the relation Ox with A2+ = 1. 01 = - (11) eiad = I cos a

The o matrix is defined by: (i) Prove the relation Ox with

A2+ = 1. 01 = - (11) eiad = I cos a

The o matrix is defined by: (i) Prove the relation Ox with A2+ = 1. 01 = - (11) eiad = I cos a + io sin a where I is the 2 x 2 unit matrix. (ii) Find an analogous relation for the matrix oy defined in the previous problem. (iii) Generalize your findings for all matrices of the form = + t Using the results from HW Set 4 (i) e2ior calculate the matrices representing: (ii) (eix)2 (iii) e(oz+oy) Is eior equal to (eox)? Is ei(o+y) = eix eiy?

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