that the Pullman is thalassic but it does not rerun intercommunion is correct.
sent1: the invigilator jacks Moron if the hydrophyte does jack Elaphe. sent2: the hydrophyte either jacks Elaphe or is a butt or both. sent3: if the cabalist is not an idiosyncrasy but it reruns intercommunion then the Pullman does not reruns intercommunion. sent4: the showgirl is not progressive. sent5: if the cabalist is not an idiosyncrasy and does not rerun intercommunion then the Pullman does not rerun intercommunion. sent6: if the showgirl is a kind of a progressive then it does rerun intercommunion. sent7: if the invigilator is a cage then the Pullman is thalassic. sent8: something is a cage if it is a kind of a forty. sent9: the showgirl does not panic itinerary and is not unmanageable. sent10: the cabalist does not rerun intercommunion and is not thalassic. sent11: if the hydrophyte does butt then the invigilator does jack Moron. sent12: if the showgirl is not progressive then the cabalist is not an idiosyncrasy and it does not rerun intercommunion. sent13: something is a forty if it jacks Moron. sent14: if the cabalist is not a progressive then the showgirl does not rerun intercommunion. sent15: the invigilator is a kind of a progressive. sent16: the showgirl is not a headboard. sent17: the hydrophyte does not jack Elaphe if the Pullman is not thalassic and does jack Elaphe. sent18: a butt is a cage. sent19: the cabalist jacks Moron if the invigilator is an idiosyncrasy.
sent2 & sent1 & sent11 -> int1: the invigilator does jack Moron.; sent13 -> int2: that the invigilator is a forty hold if it jacks Moron.; int1 & int2 -> int3: the invigilator is a forty.; sent8 -> int4: the invigilator cages if it is a forty.; int3 & int4 -> int5: the fact that the invigilator cages hold.; int5 & sent7 -> int6: the Pullman is thalassic.; sent12 & sent4 -> int7: the cabalist is not an idiosyncrasy and does not rerun intercommunion.; sent5 & int7 -> int8: the fact that the Pullman does not rerun intercommunion hold.; int6 & int8 -> hypothesis;
$hypothesis$ = that the Pullman is thalassic but it does not rerun intercommunion is correct. ; $context$ = sent1: the invigilator jacks Moron if the hydrophyte does jack Elaphe. sent2: the hydrophyte either jacks Elaphe or is a butt or both. sent3: if the cabalist is not an idiosyncrasy but it reruns intercommunion then the Pullman does not reruns intercommunion. sent4: the showgirl is not progressive. sent5: if the cabalist is not an idiosyncrasy and does not rerun intercommunion then the Pullman does not rerun intercommunion. sent6: if the showgirl is a kind of a progressive then it does rerun intercommunion. sent7: if the invigilator is a cage then the Pullman is thalassic. sent8: something is a cage if it is a kind of a forty. sent9: the showgirl does not panic itinerary and is not unmanageable. sent10: the cabalist does not rerun intercommunion and is not thalassic. sent11: if the hydrophyte does butt then the invigilator does jack Moron. sent12: if the showgirl is not progressive then the cabalist is not an idiosyncrasy and it does not rerun intercommunion. sent13: something is a forty if it jacks Moron. sent14: if the cabalist is not a progressive then the showgirl does not rerun intercommunion. sent15: the invigilator is a kind of a progressive. sent16: the showgirl is not a headboard. sent17: the hydrophyte does not jack Elaphe if the Pullman is not thalassic and does jack Elaphe. sent18: a butt is a cage. sent19: the cabalist jacks Moron if the invigilator is an idiosyncrasy. ; $proof$ = 
sent2 & sent1 & sent11 -> int1: the invigilator does jack Moron.; sent13 -> int2: that the invigilator is a forty hold if it jacks Moron.; int1 & int2 -> int3: the invigilator is a forty.; sent8 -> int4: the invigilator cages if it is a forty.; int3 & int4 -> int5: the fact that the invigilator cages hold.; int5 & sent7 -> int6: the Pullman is thalassic.; sent12 & sent4 -> int7: the cabalist is not an idiosyncrasy and does not rerun intercommunion.; sent5 & int7 -> int8: the fact that the Pullman does not rerun intercommunion hold.; int6 & int8 -> hypothesis; __PROVED__