that the dromaeosaur respires and is not a saddlebill is not true.
sent1: if there exists something such that it is not a POW the saccule is a Millay. sent2: something does respire but it is not a kind of a saddlebill if it is not a kind of a rust. sent3: if something does cause barograph then it does issue. sent4: the gabbro is a kind of a POW or it does not neglect entrapment or both. sent5: the gabbro is a POW. sent6: something is a kind of a POW or it does not neglect entrapment or both. sent7: something is not a POW or neglects entrapment or both. sent8: the fact that the marlberry is unifilar is true if that the gabbro is a POW and/or it does not neglect entrapment is not right. sent9: if something is a kind of non-covert thing that is not unifilar then it is not a rust. sent10: if the saccule is a Millay that the fact that the dromaeosaur respires and is not a saddlebill is wrong is not false. sent11: the chandlery is not a kind of a covert if the mainmast is radial-ply and it is covert. sent12: the marlberry is unifilar if that the gabbro is not a POW or it does not neglect entrapment or both does not hold. sent13: the gabbro respires. sent14: if something is not a POW or it does not neglect entrapment or both then the saccule is a Millay. sent15: if the marlberry is unifilar then the chandlery is a rust. sent16: the mainmast is not non-radial-ply. sent17: something is a covert if it rusts.
void -> assump1: Let's assume that the fact that the fact that the gabbro is not a POW or it does not neglect entrapment or both hold does not hold.; sent12 & assump1 -> int1: the marlberry is unifilar.; int1 & sent15 -> int2: the chandlery is a kind of a rust.; sent17 -> int3: the chandlery is covert if it is a rust.; int2 & int3 -> int4: the chandlery is a covert.;
the dromaeosaur respires and is not a kind of a saddlebill.
sent2 -> int5: the dromaeosaur does respire but it is not a saddlebill if it is not a rust.; sent9 -> int6: the dromaeosaur is not a rust if it is not covert and it is not unifilar.;
$hypothesis$ = that the dromaeosaur respires and is not a saddlebill is not true. ; $context$ = sent1: if there exists something such that it is not a POW the saccule is a Millay. sent2: something does respire but it is not a kind of a saddlebill if it is not a kind of a rust. sent3: if something does cause barograph then it does issue. sent4: the gabbro is a kind of a POW or it does not neglect entrapment or both. sent5: the gabbro is a POW. sent6: something is a kind of a POW or it does not neglect entrapment or both. sent7: something is not a POW or neglects entrapment or both. sent8: the fact that the marlberry is unifilar is true if that the gabbro is a POW and/or it does not neglect entrapment is not right. sent9: if something is a kind of non-covert thing that is not unifilar then it is not a rust. sent10: if the saccule is a Millay that the fact that the dromaeosaur respires and is not a saddlebill is wrong is not false. sent11: the chandlery is not a kind of a covert if the mainmast is radial-ply and it is covert. sent12: the marlberry is unifilar if that the gabbro is not a POW or it does not neglect entrapment or both does not hold. sent13: the gabbro respires. sent14: if something is not a POW or it does not neglect entrapment or both then the saccule is a Millay. sent15: if the marlberry is unifilar then the chandlery is a rust. sent16: the mainmast is not non-radial-ply. sent17: something is a covert if it rusts. ; $proof$ = 
void -> assump1: Let's assume that the fact that the fact that the gabbro is not a POW or it does not neglect entrapment or both hold does not hold.; sent12 & assump1 -> int1: the marlberry is unifilar.; int1 & sent15 -> int2: the chandlery is a kind of a rust.; sent17 -> int3: the chandlery is covert if it is a rust.; int2 & int3 -> int4: the chandlery is a covert.; __UNKNOWN__