that if the Lady is atonic the stinter does bethink infix does not hold.
sent1: if the Lady is intractable that that the brodiaea does not bethink infix and is atonic does not hold hold. sent2: the fact that the brodiaea is a kind of a grouping and is intractable is not right. sent3: something is non-offensive thing that does not bethink milestone if it does root. sent4: the fact that the brodiaea does not bethink infix but it is intractable is not right. sent5: if the brodiaea is a kind of an erythropoietin the Lady is an erythropoietin. sent6: the stinter groups. sent7: that the stinter is a kind of tractable thing that does bethink infix is false if the brodiaea does group. sent8: the fact that the brodiaea does not bethink infix and is a kind of a grouping is incorrect if the stinter is intractable. sent9: if the Lady is atonic then that the brodiaea is both not a grouping and intractable is false. sent10: if that the brodiaea does not group but it is intractable is not right the stinter bethinks infix. sent11: the brodiaea does bethink infix if the stinter is a grouping. sent12: the Lady is a grouping if the brodiaea is atonic. sent13: the brodiaea is a kind of variable thing that is an erythropoietin. sent14: that the stinter is not tractable is right. sent15: the exudate bethinks infix if the Lady does not bethink milestone and it is non-atonic. sent16: that the brodiaea is a grouping that is intractable is not right if the fact that the Lady is atonic is right. sent17: if the brodiaea groups the stinter bethinks infix.
void -> assump1: Let's assume that the Lady is atonic.; sent9 & assump1 -> int1: that the brodiaea does not group but it is intractable is false.; int1 & sent10 -> int2: the stinter does bethink infix.; [assump1] & int2 -> hypothesis;
the exudate does bethink infix.
sent13 -> int3: the brodiaea is an erythropoietin.; sent5 & int3 -> int4: the Lady is a kind of an erythropoietin.; sent3 -> int5: if the isoleucine is a root then it is non-offensive thing that does not bethink milestone.;
$hypothesis$ = that if the Lady is atonic the stinter does bethink infix does not hold. ; $context$ = sent1: if the Lady is intractable that that the brodiaea does not bethink infix and is atonic does not hold hold. sent2: the fact that the brodiaea is a kind of a grouping and is intractable is not right. sent3: something is non-offensive thing that does not bethink milestone if it does root. sent4: the fact that the brodiaea does not bethink infix but it is intractable is not right. sent5: if the brodiaea is a kind of an erythropoietin the Lady is an erythropoietin. sent6: the stinter groups. sent7: that the stinter is a kind of tractable thing that does bethink infix is false if the brodiaea does group. sent8: the fact that the brodiaea does not bethink infix and is a kind of a grouping is incorrect if the stinter is intractable. sent9: if the Lady is atonic then that the brodiaea is both not a grouping and intractable is false. sent10: if that the brodiaea does not group but it is intractable is not right the stinter bethinks infix. sent11: the brodiaea does bethink infix if the stinter is a grouping. sent12: the Lady is a grouping if the brodiaea is atonic. sent13: the brodiaea is a kind of variable thing that is an erythropoietin. sent14: that the stinter is not tractable is right. sent15: the exudate bethinks infix if the Lady does not bethink milestone and it is non-atonic. sent16: that the brodiaea is a grouping that is intractable is not right if the fact that the Lady is atonic is right. sent17: if the brodiaea groups the stinter bethinks infix. ; $proof$ = 
void -> assump1: Let's assume that the Lady is atonic.; sent9 & assump1 -> int1: that the brodiaea does not group but it is intractable is false.; int1 & sent10 -> int2: the stinter does bethink infix.; [assump1] & int2 -> hypothesis; __DISPROVED__