the kolkhoznik is licit.
sent1: the peristome is a infeasibility. sent2: if the kolkhoznik is meatless it is not illicit. sent3: the fact that the kolkhoznik is cambial and it is meatless is wrong. sent4: the fact that the kolkhoznik is cambial but not meatless is false if the etui is not non-cesarean. sent5: if that something is cambial and is not meatless is not true it is licit. sent6: something is licit if it is meatless. sent7: if that the etui is cambial but not cesarean is incorrect it is a infeasibility. sent8: if the fact that the peristome is a infeasibility is not false the fact that the etui is cesarean is correct. sent9: if the etui is cesarean the fact that the kolkhoznik is cambial and it is meatless does not hold.
sent8 & sent1 -> int1: the etui is cesarean.; int1 & sent4 -> int2: that the fact that the kolkhoznik is cambial but it is not meatless is wrong hold.; sent5 -> int3: the kolkhoznik is licit if the fact that it is both cambial and not meatless is false.; int2 & int3 -> hypothesis;
$hypothesis$ = the kolkhoznik is licit. ; $context$ = sent1: the peristome is a infeasibility. sent2: if the kolkhoznik is meatless it is not illicit. sent3: the fact that the kolkhoznik is cambial and it is meatless is wrong. sent4: the fact that the kolkhoznik is cambial but not meatless is false if the etui is not non-cesarean. sent5: if that something is cambial and is not meatless is not true it is licit. sent6: something is licit if it is meatless. sent7: if that the etui is cambial but not cesarean is incorrect it is a infeasibility. sent8: if the fact that the peristome is a infeasibility is not false the fact that the etui is cesarean is correct. sent9: if the etui is cesarean the fact that the kolkhoznik is cambial and it is meatless does not hold. ; $proof$ = 
sent8 & sent1 -> int1: the etui is cesarean.; int1 & sent4 -> int2: that the fact that the kolkhoznik is cambial but it is not meatless is wrong hold.; sent5 -> int3: the kolkhoznik is licit if the fact that it is both cambial and not meatless is false.; int2 & int3 -> hypothesis; __PROVED__