the counterbore does not nail counterbore and is a kind of a mod.
sent1: something is a kind of a mod if it is a kind of a Lucy. sent2: if the hypochondria is a mod that the counterbore does not snuffle toot or it is a kind of a Lucy or both is not true. sent3: if something is a fig then that it is a perturbation is not false. sent4: there exists nothing that is both a Lucy and a Pontiac. sent5: there exists nothing such that it is not a kind of a Lucy and it is a Pontiac. sent6: if the fact that the counterbore does not tool clinker but it is alvine is not correct the fact that it is ethnological is correct. sent7: that the counterbore is a Lucy that is a Pontiac is incorrect. sent8: if the souffle is not overt the hypochondria is a Pontiac and it is a Lucy. sent9: if the counterbore is a Lucy it is a mod. sent10: the hypochondria is not an approval and/or it snuffles toot. sent11: if that something is not a Lucy and is a kind of a Pontiac is not right it is a mod. sent12: the fact that if the hypochondria is a Pontiac the fact that the counterbore does not nail counterbore and is a mod is false hold. sent13: if the counterbore nails counterbore that the hypochondria either is not an approval or does snuffle toot or both is not true. sent14: the hypochondria does not snuffle toot. sent15: the hypochondria does not snuffle toot if the counterbore does nail counterbore.
void -> assump1: Let's assume that the counterbore does nail counterbore.; sent13 & assump1 -> int1: the fact that the hypochondria is not an approval and/or it does snuffle toot is not right.; int1 & sent10 -> int2: this is contradiction.; [assump1] & int2 -> int3: the counterbore does not nail counterbore.; sent11 -> int4: the counterbore is a mod if the fact that the fact that it is not a kind of a Lucy and is a kind of a Pontiac hold does not hold.; sent5 -> int5: that that the counterbore is not a Lucy but it is a kind of a Pontiac is wrong is not incorrect.; int4 & int5 -> int6: the counterbore is a mod.; int3 & int6 -> hypothesis;
that the counterbore does not nail counterbore and is a kind of a mod does not hold.
sent3 -> int7: if the pommel is a fig then it is a perturbation.;
$hypothesis$ = the counterbore does not nail counterbore and is a kind of a mod. ; $context$ = sent1: something is a kind of a mod if it is a kind of a Lucy. sent2: if the hypochondria is a mod that the counterbore does not snuffle toot or it is a kind of a Lucy or both is not true. sent3: if something is a fig then that it is a perturbation is not false. sent4: there exists nothing that is both a Lucy and a Pontiac. sent5: there exists nothing such that it is not a kind of a Lucy and it is a Pontiac. sent6: if the fact that the counterbore does not tool clinker but it is alvine is not correct the fact that it is ethnological is correct. sent7: that the counterbore is a Lucy that is a Pontiac is incorrect. sent8: if the souffle is not overt the hypochondria is a Pontiac and it is a Lucy. sent9: if the counterbore is a Lucy it is a mod. sent10: the hypochondria is not an approval and/or it snuffles toot. sent11: if that something is not a Lucy and is a kind of a Pontiac is not right it is a mod. sent12: the fact that if the hypochondria is a Pontiac the fact that the counterbore does not nail counterbore and is a mod is false hold. sent13: if the counterbore nails counterbore that the hypochondria either is not an approval or does snuffle toot or both is not true. sent14: the hypochondria does not snuffle toot. sent15: the hypochondria does not snuffle toot if the counterbore does nail counterbore. ; $proof$ = 
void -> assump1: Let's assume that the counterbore does nail counterbore.; sent13 & assump1 -> int1: the fact that the hypochondria is not an approval and/or it does snuffle toot is not right.; int1 & sent10 -> int2: this is contradiction.; [assump1] & int2 -> int3: the counterbore does not nail counterbore.; sent11 -> int4: the counterbore is a mod if the fact that the fact that it is not a kind of a Lucy and is a kind of a Pontiac hold does not hold.; sent5 -> int5: that that the counterbore is not a Lucy but it is a kind of a Pontiac is wrong is not incorrect.; int4 & int5 -> int6: the counterbore is a mod.; int3 & int6 -> hypothesis; __PROVED__