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Proof step 10 from proof reachable-addnew (
previous step
)
path(r ' + x, H) ⊦ x = [], r2 ∈ H, ∃ x0. path(r ' + x0, H[r2, ce]) ∧ (r ' + x0).last = x.last
User applied rule exists right
And obtained the following new goals
Proof step 11
:
path(r ' + x, H) ⊦ x = [], r2 ∈ H, path(r ' + x, H[r2, ce]) ∧ (r ' + x).last = x.last
Rule argument
pos: right 3 terms: x abort: F discard: T computed: F
Additional information
Used terms: x