the hindlimb is a trust.
sent1: the hindlimb is not a trust if it is a counterattack or does proclaim or both. sent2: if the Kaiser is not a Aulacorhyncus and/or is not a reformism the hindlimb does trust. sent3: if something is not a reformism it is stoichiometric and it does not recreate. sent4: there is something such that it is a kind of a reformism. sent5: that the Chardonnay is not a roller-skater and does single triangulation is not true. sent6: if the hindlimb does proclaim it is not a trust. sent7: the trolleybus is a roller-skater if there exists something such that that it is not a roller-skater and does single triangulation is not correct. sent8: the shinleaf does trust. sent9: the fact that the hindlimb is a Aulacorhyncus but not a Bayonne is not true. sent10: that if the Kaiser is a Bayonne the fact that the hindlimb is not a Aulacorhyncus but it is a reformism does not hold is right. sent11: the pansy is not a Bayonne. sent12: the shinleaf is a roller-skater. sent13: if there is something such that it is a kind of a reformism then the hindlimb is a Aulacorhyncus. sent14: the bookkeeper is a Bayonne if the shinleaf does counterattack. sent15: if the hindlimb is a Bayonne then it is a counterattack. sent16: if the bookkeeper does not proclaim then the Kaiser is both a Bayonne and a counterattack.
sent4 & sent13 -> int1: the hindlimb is a kind of a Aulacorhyncus.; void -> assump1: Let's assume that the hindlimb is not a kind of a Bayonne.; int1 & assump1 -> int2: the hindlimb is a Aulacorhyncus but it is not a kind of a Bayonne.; int2 & sent9 -> int3: this is contradiction.; [assump1] & int3 -> int4: the fact that the hindlimb is a kind of a Bayonne is not incorrect.; int4 & sent15 -> int5: the hindlimb is a counterattack.; int5 -> int6: that the hindlimb counterattacks and/or it proclaims is true.; int6 & sent1 -> hypothesis;
the hindlimb is stoichiometric and does not recreate.
sent3 -> int7: the hindlimb is stoichiometric but it does not recreate if it is not a kind of a reformism.; sent8 & sent12 -> int8: the shinleaf does trust and is a kind of a roller-skater.; int8 -> int9: something is a kind of a trust that is a kind of a roller-skater.;
$hypothesis$ = the hindlimb is a trust. ; $context$ = sent1: the hindlimb is not a trust if it is a counterattack or does proclaim or both. sent2: if the Kaiser is not a Aulacorhyncus and/or is not a reformism the hindlimb does trust. sent3: if something is not a reformism it is stoichiometric and it does not recreate. sent4: there is something such that it is a kind of a reformism. sent5: that the Chardonnay is not a roller-skater and does single triangulation is not true. sent6: if the hindlimb does proclaim it is not a trust. sent7: the trolleybus is a roller-skater if there exists something such that that it is not a roller-skater and does single triangulation is not correct. sent8: the shinleaf does trust. sent9: the fact that the hindlimb is a Aulacorhyncus but not a Bayonne is not true. sent10: that if the Kaiser is a Bayonne the fact that the hindlimb is not a Aulacorhyncus but it is a reformism does not hold is right. sent11: the pansy is not a Bayonne. sent12: the shinleaf is a roller-skater. sent13: if there is something such that it is a kind of a reformism then the hindlimb is a Aulacorhyncus. sent14: the bookkeeper is a Bayonne if the shinleaf does counterattack. sent15: if the hindlimb is a Bayonne then it is a counterattack. sent16: if the bookkeeper does not proclaim then the Kaiser is both a Bayonne and a counterattack. ; $proof$ = 
sent4 & sent13 -> int1: the hindlimb is a kind of a Aulacorhyncus.; void -> assump1: Let's assume that the hindlimb is not a kind of a Bayonne.; int1 & assump1 -> int2: the hindlimb is a Aulacorhyncus but it is not a kind of a Bayonne.; int2 & sent9 -> int3: this is contradiction.; [assump1] & int3 -> int4: the fact that the hindlimb is a kind of a Bayonne is not incorrect.; int4 & sent15 -> int5: the hindlimb is a counterattack.; int5 -> int6: that the hindlimb counterattacks and/or it proclaims is true.; int6 & sent1 -> hypothesis; __DISPROVED__