the fact that if the GP stables then the dipper is a paillasse is wrong.
sent1: if there exists something such that the fact that it does case hidden is true then either the bung is a paillasse or it does case hidden or both. sent2: if the bung does not divaricate ambulatory the dipper is a paillasse. sent3: the dipper is not a Ceratotherium if it is a paillasse. sent4: something does not case hidden if it is a Ceratotherium. sent5: the dipper is a kind of a paillasse if the bung does not divaricate ambulatory or it does not case hidden or both. sent6: if something is unstable then it is not acaulescent and/or it does not fast. sent7: the bung does divaricate ambulatory or it does not case hidden or both. sent8: the GP is a kind of a binomial if it is a kind of a stable. sent9: the bung is a stable. sent10: the GP does case hidden if the bung is a kind of a paillasse. sent11: the dipper is not inflexible. sent12: if something is not inflexible it does case hidden and it divaricates ambulatory. sent13: if the GP is a binomial then the bung is a kind of a Ceratotherium. sent14: if something does case hidden then it is not a Ceratotherium and/or is not binomial.
void -> assump1: Let's assume that the GP stables.; sent8 & assump1 -> int1: the fact that the GP is a binomial is not wrong.; int1 & sent13 -> int2: the bung is a Ceratotherium.; sent4 -> int3: the bung does not case hidden if it is a Ceratotherium.; int2 & int3 -> int4: the bung does not case hidden.; int4 -> int5: the bung does not divaricate ambulatory and/or it does not case hidden.; int5 & sent5 -> int6: the fact that the dipper is a paillasse is not incorrect.; [assump1] & int6 -> hypothesis;
either the tamarisk is not acaulescent or it is not a kind of a fast or both.
sent6 -> int7: either the tamarisk is not acaulescent or it is not a fast or both if it is not a stable.; sent14 -> int8: if the GP cases hidden then it is not a Ceratotherium or it is not a binomial or both.; sent12 -> int9: that the dipper does case hidden and divaricates ambulatory is right if it is not inflexible.; int9 & sent11 -> int10: the dipper does case hidden and does divaricate ambulatory.; int10 -> int11: the dipper cases hidden.; int11 -> int12: there is something such that it cases hidden.; int12 & sent1 -> int13: the bung is a paillasse or it cases hidden or both.;
$hypothesis$ = the fact that if the GP stables then the dipper is a paillasse is wrong. ; $context$ = sent1: if there exists something such that the fact that it does case hidden is true then either the bung is a paillasse or it does case hidden or both. sent2: if the bung does not divaricate ambulatory the dipper is a paillasse. sent3: the dipper is not a Ceratotherium if it is a paillasse. sent4: something does not case hidden if it is a Ceratotherium. sent5: the dipper is a kind of a paillasse if the bung does not divaricate ambulatory or it does not case hidden or both. sent6: if something is unstable then it is not acaulescent and/or it does not fast. sent7: the bung does divaricate ambulatory or it does not case hidden or both. sent8: the GP is a kind of a binomial if it is a kind of a stable. sent9: the bung is a stable. sent10: the GP does case hidden if the bung is a kind of a paillasse. sent11: the dipper is not inflexible. sent12: if something is not inflexible it does case hidden and it divaricates ambulatory. sent13: if the GP is a binomial then the bung is a kind of a Ceratotherium. sent14: if something does case hidden then it is not a Ceratotherium and/or is not binomial. ; $proof$ = 
void -> assump1: Let's assume that the GP stables.; sent8 & assump1 -> int1: the fact that the GP is a binomial is not wrong.; int1 & sent13 -> int2: the bung is a Ceratotherium.; sent4 -> int3: the bung does not case hidden if it is a Ceratotherium.; int2 & int3 -> int4: the bung does not case hidden.; int4 -> int5: the bung does not divaricate ambulatory and/or it does not case hidden.; int5 & sent5 -> int6: the fact that the dipper is a paillasse is not incorrect.; [assump1] & int6 -> hypothesis; __DISPROVED__