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How is this satisfying (EGa & EGb) then ?

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How is this satisfying EGa & EGb then? 

related to an answer for: Which formula is satisfied by your Kripke structure?
in * TF "Emb. Sys. and Rob." by (460 points)

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Well, the path s0->s1^omega satisfies Ga, and the path s0->s2^omega satisfies Gb so that there are paths in state s0 that satisfy Ga and Gb, and therefore EGa and EGb hold in s0.
by (170k points)
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Yes got it. Thank you professor.
by (460 points)

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