the hardwood renders hydathode.
sent1: the soapfish is not uncut if the shadflower is quantitative. sent2: if the sleeper is not a Brownie then the an is not a lycopene and pleaches offal. sent3: if the fact that the leptodactylid is murine but it does not render hydathode is not right the hardwood render hydathode. sent4: there exists something such that it is prehistoric. sent5: if the an is a Brownie it is unenforceable. sent6: the an is a murine if the leptodactylid is an earthstar. sent7: the an is a Brownie. sent8: if the leptodactylid is not a kind of an earthstar the fact that the hardwood pleaches offal and is a lycopene is not correct. sent9: something does not render hydathode if it does not pleach offal. sent10: the hardwood is murine. sent11: the an is a kind of presidential thing that is not uncut. sent12: the fir is a kind of a murine if something is not unenforceable and/or it is not presidential. sent13: something is presidential and is not unenforceable if it is not a lycopene. sent14: something does not render hydathode if the fact that it does pleach offal and is a lycopene does not hold. sent15: the leptodactylid is not unenforceable and/or is not presidential if the an is a lycopene. sent16: something is not a Brownie if it is not nonoperational or not a Brownie or both. sent17: the an is not uncut. sent18: if the hardwood does not pleach offal it does not render hydathode. sent19: the shadflower is prehistoric and/or it is quantitative if there is something such that it is prehistoric. sent20: the an is not economics. sent21: if the shadflower is prehistoric the soapfish is not uncut. sent22: something is not an earthstar if it is not unenforceable. sent23: if that the an is not a lycopene is correct that the hardwood is a Brownie and is a murine is incorrect. sent24: if something is unenforceable and it is a murine then the fact that it is not presidential is not incorrect.
void -> assump1: Let's assume that that the leptodactylid is an earthstar is not false.; sent6 & assump1 -> int1: the an is a murine.; sent5 & sent7 -> int2: the an is unenforceable.; int1 & int2 -> int3: that the an is both not enforceable and not non-murine is correct.; sent24 -> int4: the an is not presidential if it is a kind of unenforceable thing that is a kind of a murine.; int3 & int4 -> int5: that the an is presidential is not right.; sent11 -> int6: the an is not unpresidential.; int5 & int6 -> int7: this is contradiction.; [assump1] & int7 -> int8: the leptodactylid is not an earthstar.; int8 & sent8 -> int9: that the hardwood does pleach offal and it is a lycopene is wrong.; sent14 -> int10: the hardwood does not render hydathode if the fact that it does pleach offal and is a lycopene does not hold.; int9 & int10 -> hypothesis;
the hardwood does render hydathode.
sent22 -> int11: the an is not a kind of an earthstar if the fact that it is not unenforceable is true.; sent13 -> int12: the an is both not unpresidential and not unenforceable if it is not a lycopene.; sent16 -> int13: if the sleeper is not nonoperational or is not a Brownie or both then it is not a kind of a Brownie.; sent4 & sent19 -> int14: the fact that the shadflower is either prehistoric or quantitative or both is true.; int14 & sent21 & sent1 -> int15: the soapfish is not uncut.; int15 -> int16: something is not uncut.;
$hypothesis$ = the hardwood renders hydathode. ; $context$ = sent1: the soapfish is not uncut if the shadflower is quantitative. sent2: if the sleeper is not a Brownie then the an is not a lycopene and pleaches offal. sent3: if the fact that the leptodactylid is murine but it does not render hydathode is not right the hardwood render hydathode. sent4: there exists something such that it is prehistoric. sent5: if the an is a Brownie it is unenforceable. sent6: the an is a murine if the leptodactylid is an earthstar. sent7: the an is a Brownie. sent8: if the leptodactylid is not a kind of an earthstar the fact that the hardwood pleaches offal and is a lycopene is not correct. sent9: something does not render hydathode if it does not pleach offal. sent10: the hardwood is murine. sent11: the an is a kind of presidential thing that is not uncut. sent12: the fir is a kind of a murine if something is not unenforceable and/or it is not presidential. sent13: something is presidential and is not unenforceable if it is not a lycopene. sent14: something does not render hydathode if the fact that it does pleach offal and is a lycopene does not hold. sent15: the leptodactylid is not unenforceable and/or is not presidential if the an is a lycopene. sent16: something is not a Brownie if it is not nonoperational or not a Brownie or both. sent17: the an is not uncut. sent18: if the hardwood does not pleach offal it does not render hydathode. sent19: the shadflower is prehistoric and/or it is quantitative if there is something such that it is prehistoric. sent20: the an is not economics. sent21: if the shadflower is prehistoric the soapfish is not uncut. sent22: something is not an earthstar if it is not unenforceable. sent23: if that the an is not a lycopene is correct that the hardwood is a Brownie and is a murine is incorrect. sent24: if something is unenforceable and it is a murine then the fact that it is not presidential is not incorrect. ; $proof$ = 
void -> assump1: Let's assume that that the leptodactylid is an earthstar is not false.; sent6 & assump1 -> int1: the an is a murine.; sent5 & sent7 -> int2: the an is unenforceable.; int1 & int2 -> int3: that the an is both not enforceable and not non-murine is correct.; sent24 -> int4: the an is not presidential if it is a kind of unenforceable thing that is a kind of a murine.; int3 & int4 -> int5: that the an is presidential is not right.; sent11 -> int6: the an is not unpresidential.; int5 & int6 -> int7: this is contradiction.; [assump1] & int7 -> int8: the leptodactylid is not an earthstar.; int8 & sent8 -> int9: that the hardwood does pleach offal and it is a lycopene is wrong.; sent14 -> int10: the hardwood does not render hydathode if the fact that it does pleach offal and is a lycopene does not hold.; int9 & int10 -> hypothesis; __DISPROVED__