the monocle is recessionary and it is carroty.
sent1: the monocle is recessionary if the pairing does plump. sent2: if the fact that the monocle does not shop enforcer and is a glitter is not correct then it is carroty. sent3: that the cushion does glitter and it is a fret does not hold. sent4: that something does shop enforcer and/or it does plump does not hold if it does not glitter. sent5: if the fact that something is a glitter that is a fret does not hold it does not glitter. sent6: the pairing does plump. sent7: the fact that the monocle does not shop enforcer but it does glitter is not correct.
sent1 & sent6 -> int1: the monocle is recessionary.; sent2 & sent7 -> int2: the monocle is carroty.; int1 & int2 -> hypothesis;
that the monocle is recessionary and carroty is not right.
sent4 -> int3: if the cushion is not a glitter then that it does shop enforcer and/or it is a plump is not right.; sent5 -> int4: if the fact that the cushion does glitter and does fret is not true then it is not a kind of a glitter.; int4 & sent3 -> int5: the cushion does not glitter.; int3 & int5 -> int6: that the cushion either does shop enforcer or is a kind of a plump or both is not true.; int6 -> int7: there exists something such that that it shops enforcer and/or it plumps is incorrect.;
$hypothesis$ = the monocle is recessionary and it is carroty. ; $context$ = sent1: the monocle is recessionary if the pairing does plump. sent2: if the fact that the monocle does not shop enforcer and is a glitter is not correct then it is carroty. sent3: that the cushion does glitter and it is a fret does not hold. sent4: that something does shop enforcer and/or it does plump does not hold if it does not glitter. sent5: if the fact that something is a glitter that is a fret does not hold it does not glitter. sent6: the pairing does plump. sent7: the fact that the monocle does not shop enforcer but it does glitter is not correct. ; $proof$ = 
sent1 & sent6 -> int1: the monocle is recessionary.; sent2 & sent7 -> int2: the monocle is carroty.; int1 & int2 -> hypothesis; __PROVED__