that the rump exceeds melon hold.
sent1: the fact that the isoflurane does jellify ax but it is not a member is false if the fact that the businessman does not jellify ax is correct. sent2: if the fact that either something does not jellify ax or it is incongruous or both is not right that it does not slant is true. sent3: the rump exceeds melon if the isoflurane is a member. sent4: if that the isoflurane does jellify ax but it is not a member does not hold the rump does exceed melon. sent5: the berk is congruous but it is not a slant if it jellifies ax. sent6: the businessman does not jellify ax if the berk does slant and it is congruous. sent7: the berk is a slant. sent8: if something does not slant it is both a Decapterus and a stigmatism. sent9: the berk is congruous.
sent7 & sent9 -> int1: the berk slants and it is congruous.; sent6 & int1 -> int2: the fact that the businessman does not jellify ax is true.; sent1 & int2 -> int3: the fact that the fact that the isoflurane jellifies ax and is not a member does not hold hold.; sent4 & int3 -> hypothesis;
the rump does not exceed melon.
$hypothesis$ = that the rump exceeds melon hold. ; $context$ = sent1: the fact that the isoflurane does jellify ax but it is not a member is false if the fact that the businessman does not jellify ax is correct. sent2: if the fact that either something does not jellify ax or it is incongruous or both is not right that it does not slant is true. sent3: the rump exceeds melon if the isoflurane is a member. sent4: if that the isoflurane does jellify ax but it is not a member does not hold the rump does exceed melon. sent5: the berk is congruous but it is not a slant if it jellifies ax. sent6: the businessman does not jellify ax if the berk does slant and it is congruous. sent7: the berk is a slant. sent8: if something does not slant it is both a Decapterus and a stigmatism. sent9: the berk is congruous. ; $proof$ = 
sent7 & sent9 -> int1: the berk slants and it is congruous.; sent6 & int1 -> int2: the fact that the businessman does not jellify ax is true.; sent1 & int2 -> int3: the fact that the fact that the isoflurane jellifies ax and is not a member does not hold hold.; sent4 & int3 -> hypothesis; __PROVED__