the sensationalist is adjudicative if the scupper is a Aesculus.
sent1: something is adjudicative if it is a Aesculus. sent2: the sensationalist fabricates tung. sent3: if that the scupper is not a vambrace and it is not agonistic is not true then the allocator is not agonistic. sent4: the scupper is adjudicative. sent5: the sensationalist is biogenic. sent6: something is not animatistic. sent7: the naltrexone is a kind of a Aesculus. sent8: something is ungregarious and it does fabricate tung if it is not agonistic. sent9: the sensationalist is a white. sent10: if something is ungregarious then it is not biogenic and it is not a white. sent11: the scupper is adjudicative if the sensationalist is biogenic. sent12: the fact that the scupper is not white is not correct if it is a Aesculus. sent13: if the sensationalist is white then the scupper is adjudicative. sent14: if the bombazine is a kind of a millet then it is biogenic. sent15: if there is something such that that it is not animatistic is not wrong the scupper does not bed feathertop. sent16: the fact that the scupper is not a vambrace and not agonistic is not right if it does not bed feathertop. sent17: if something is inadmissible it is a Javanese. sent18: the sensationalist is adjudicative if the fact that the scupper is biogenic is not false. sent19: something is a kind of a Aesculus if it is not a kind of a white.
void -> assump1: Let's assume that the scupper is a kind of a Aesculus.; sent12 & assump1 -> int1: the scupper is a kind of a white.;
the fact that the allocator is not non-adjudicative is not incorrect.
sent1 -> int2: the allocator is adjudicative if that it is a Aesculus is not wrong.; sent19 -> int3: the allocator is a Aesculus if it is not a white.; sent10 -> int4: if that the allocator is ungregarious is correct then it is not biogenic and is non-white.; sent8 -> int5: the allocator is ungregarious and it does fabricate tung if it is not agonistic.; sent6 & sent15 -> int6: the scupper does not bed feathertop.; sent16 & int6 -> int7: the fact that the scupper is not a vambrace and is not agonistic is not true.; sent3 & int7 -> int8: the allocator is not agonistic.; int5 & int8 -> int9: the allocator is ungregarious and it fabricates tung.; int9 -> int10: the allocator is ungregarious.; int4 & int10 -> int11: the allocator is not biogenic and it is not a white.; int11 -> int12: the allocator is not a white.; int3 & int12 -> int13: the allocator is a kind of a Aesculus.; int2 & int13 -> hypothesis;
$hypothesis$ = the sensationalist is adjudicative if the scupper is a Aesculus. ; $context$ = sent1: something is adjudicative if it is a Aesculus. sent2: the sensationalist fabricates tung. sent3: if that the scupper is not a vambrace and it is not agonistic is not true then the allocator is not agonistic. sent4: the scupper is adjudicative. sent5: the sensationalist is biogenic. sent6: something is not animatistic. sent7: the naltrexone is a kind of a Aesculus. sent8: something is ungregarious and it does fabricate tung if it is not agonistic. sent9: the sensationalist is a white. sent10: if something is ungregarious then it is not biogenic and it is not a white. sent11: the scupper is adjudicative if the sensationalist is biogenic. sent12: the fact that the scupper is not white is not correct if it is a Aesculus. sent13: if the sensationalist is white then the scupper is adjudicative. sent14: if the bombazine is a kind of a millet then it is biogenic. sent15: if there is something such that that it is not animatistic is not wrong the scupper does not bed feathertop. sent16: the fact that the scupper is not a vambrace and not agonistic is not right if it does not bed feathertop. sent17: if something is inadmissible it is a Javanese. sent18: the sensationalist is adjudicative if the fact that the scupper is biogenic is not false. sent19: something is a kind of a Aesculus if it is not a kind of a white. ; $proof$ = 
void -> assump1: Let's assume that the scupper is a kind of a Aesculus.; sent12 & assump1 -> int1: the scupper is a kind of a white.; __UNKNOWN__