the tetraspore is not a flatbed but it does syllogize Middleton.
sent1: the ibuprofen does not measure flagfish. sent2: if the ibuprofen is a Unitarian then it is a Basil. sent3: if that something is a kind of a jointed and/or does publicize is incorrect then it is not a flatbed. sent4: everything does shrivel. sent5: the tetraspore is anosmic and/or it does not remonstrate sandbank if the ibuprofen is a kind of a jointed. sent6: if the ibuprofen does not shrivel then that the tetraspore remonstrates sandbank and/or is a sauerkraut is not correct. sent7: something does publicize if it is a kind of a Basil. sent8: the casque is a Basil and anosmic. sent9: the tetraspore is not a flatbed but it syllogizes Middleton if the ibuprofen is not a flatbed. sent10: the tetraspore is not a flatbed. sent11: if the ibuprofen does not measure flagfish it is a kind of a Unitarian or is a remuneration or both. sent12: the casque is a Basil. sent13: if something does publicize then it joints. sent14: that something either joints or publicizes or both is false if it does not remonstrate sandbank. sent15: that that something is not a flatbed but it syllogizes Middleton is not correct if it does not shrivel is true. sent16: the ibuprofen does not remonstrate sandbank if something that does shrivel is anosmic.
sent4 -> int1: the casque shrivels.; sent8 -> int2: the casque is anosmic.; int1 & int2 -> int3: the casque shrivels and it is anosmic.; int3 -> int4: something does shrivel and it is anosmic.; int4 & sent16 -> int5: the ibuprofen does not remonstrate sandbank.; sent14 -> int6: that the ibuprofen joints or publicizes or both is incorrect if it does not remonstrate sandbank.; int5 & int6 -> int7: the fact that the ibuprofen joints and/or it does publicize is not true.; sent3 -> int8: if the fact that either the ibuprofen does joint or it publicizes or both is wrong then it is not a kind of a flatbed.; int7 & int8 -> int9: the ibuprofen is not a flatbed.; int9 & sent9 -> hypothesis;
the fact that either the tetraspore does remonstrate sandbank or it is a sauerkraut or both is false.
$hypothesis$ = the tetraspore is not a flatbed but it does syllogize Middleton. ; $context$ = sent1: the ibuprofen does not measure flagfish. sent2: if the ibuprofen is a Unitarian then it is a Basil. sent3: if that something is a kind of a jointed and/or does publicize is incorrect then it is not a flatbed. sent4: everything does shrivel. sent5: the tetraspore is anosmic and/or it does not remonstrate sandbank if the ibuprofen is a kind of a jointed. sent6: if the ibuprofen does not shrivel then that the tetraspore remonstrates sandbank and/or is a sauerkraut is not correct. sent7: something does publicize if it is a kind of a Basil. sent8: the casque is a Basil and anosmic. sent9: the tetraspore is not a flatbed but it syllogizes Middleton if the ibuprofen is not a flatbed. sent10: the tetraspore is not a flatbed. sent11: if the ibuprofen does not measure flagfish it is a kind of a Unitarian or is a remuneration or both. sent12: the casque is a Basil. sent13: if something does publicize then it joints. sent14: that something either joints or publicizes or both is false if it does not remonstrate sandbank. sent15: that that something is not a flatbed but it syllogizes Middleton is not correct if it does not shrivel is true. sent16: the ibuprofen does not remonstrate sandbank if something that does shrivel is anosmic. ; $proof$ = 
sent4 -> int1: the casque shrivels.; sent8 -> int2: the casque is anosmic.; int1 & int2 -> int3: the casque shrivels and it is anosmic.; int3 -> int4: something does shrivel and it is anosmic.; int4 & sent16 -> int5: the ibuprofen does not remonstrate sandbank.; sent14 -> int6: that the ibuprofen joints or publicizes or both is incorrect if it does not remonstrate sandbank.; int5 & int6 -> int7: the fact that the ibuprofen joints and/or it does publicize is not true.; sent3 -> int8: if the fact that either the ibuprofen does joint or it publicizes or both is wrong then it is not a kind of a flatbed.; int7 & int8 -> int9: the ibuprofen is not a flatbed.; int9 & sent9 -> hypothesis; __PROVED__