the fact that the angelfish is a bigram and it does measure sureness is incorrect.
sent1: the angelfish does not syllogize balbriggan if the bear syllogizes MB and/or is a Damon. sent2: the bear does syllogize MB if it does not measure sureness. sent3: something does not syllogize lame. sent4: if something is not a cancroid it does remonstrate velar. sent5: if there exists something such that it does not syllogize lame the fact that the bear syllogizes MB is correct. sent6: the bear is not a bigram and is not a Damon. sent7: if something does not syllogize balbriggan the angelfish does syllogize MB. sent8: something does measure sureness if it does not syllogize balbriggan. sent9: the bear does syllogize Maeandra. sent10: the cryogen does not measure sureness if that the bear syllogizes lame and it measure sureness does not hold. sent11: if something that is a mineshaft does not syllogize Maeandra the angelfish is a kind of a bigram. sent12: the lymphocyte is a mineshaft that does not syllogize Maeandra. sent13: the bear does syllogize lysozyme and it is a mineshaft. sent14: there exists something such that it does measure sureness and is not a kind of a Damon. sent15: if a Damon does not syllogize balbriggan that the angelfish is a kind of a bigram hold. sent16: there is something such that it is a kind of a mineshaft and it does syllogize Maeandra. sent17: the fact that the bear does measure sureness is correct.
sent3 & sent5 -> int1: the bear does syllogize MB.; int1 -> int2: either the bear does syllogize MB or it is a Damon or both.; int2 & sent1 -> int3: the angelfish does not syllogize balbriggan.; sent8 -> int4: that the angelfish measures sureness if the angelfish does not syllogize balbriggan is not false.; int3 & int4 -> int5: the angelfish does measure sureness.; sent12 -> int6: the fact that something is a mineshaft and does not syllogize Maeandra is right.; int6 & sent11 -> int7: the fact that the angelfish is a bigram hold.; int5 & int7 -> hypothesis;
the cryogen does not measure sureness.
sent6 -> int8: the bear is not a Damon.;
$hypothesis$ = the fact that the angelfish is a bigram and it does measure sureness is incorrect. ; $context$ = sent1: the angelfish does not syllogize balbriggan if the bear syllogizes MB and/or is a Damon. sent2: the bear does syllogize MB if it does not measure sureness. sent3: something does not syllogize lame. sent4: if something is not a cancroid it does remonstrate velar. sent5: if there exists something such that it does not syllogize lame the fact that the bear syllogizes MB is correct. sent6: the bear is not a bigram and is not a Damon. sent7: if something does not syllogize balbriggan the angelfish does syllogize MB. sent8: something does measure sureness if it does not syllogize balbriggan. sent9: the bear does syllogize Maeandra. sent10: the cryogen does not measure sureness if that the bear syllogizes lame and it measure sureness does not hold. sent11: if something that is a mineshaft does not syllogize Maeandra the angelfish is a kind of a bigram. sent12: the lymphocyte is a mineshaft that does not syllogize Maeandra. sent13: the bear does syllogize lysozyme and it is a mineshaft. sent14: there exists something such that it does measure sureness and is not a kind of a Damon. sent15: if a Damon does not syllogize balbriggan that the angelfish is a kind of a bigram hold. sent16: there is something such that it is a kind of a mineshaft and it does syllogize Maeandra. sent17: the fact that the bear does measure sureness is correct. ; $proof$ = 
sent3 & sent5 -> int1: the bear does syllogize MB.; int1 -> int2: either the bear does syllogize MB or it is a Damon or both.; int2 & sent1 -> int3: the angelfish does not syllogize balbriggan.; sent8 -> int4: that the angelfish measures sureness if the angelfish does not syllogize balbriggan is not false.; int3 & int4 -> int5: the angelfish does measure sureness.; sent12 -> int6: the fact that something is a mineshaft and does not syllogize Maeandra is right.; int6 & sent11 -> int7: the fact that the angelfish is a bigram hold.; int5 & int7 -> hypothesis; __DISPROVED__