the oracle appropriates Goodall.
sent1: the jadeite does appropriate Goodall. sent2: something is not a kind of a earwig if that it is a earwig that is not a Mongol is wrong. sent3: the foreground is ossicular if the fact that the paramagnet is meridional hold. sent4: the oracle is a kind of a Mongol. sent5: something is a earwig if that it is not meridional is true. sent6: the refinisher is meridional. sent7: the credence is not a kind of a Mongol if the fact that it is a Mongol that is not a Moon does not hold. sent8: the foreground is a Moon. sent9: that the paramagnet is a earwig but it is non-Mongol is not true if it is a kind of a Moon. sent10: if something is not a kind of a Mongol it is a earwig. sent11: if something is not ossicular then it is meridional. sent12: if something is not a thyronine it is operational. sent13: the foreground is a Mongol. sent14: the paramagnet is a Moon. sent15: if the foreground is ossicular the oracle does appropriate Goodall. sent16: that the foreground is proteolytic but it is not parochial does not hold. sent17: the foreground does not skip refinisher. sent18: the foreground is not ossicular but it is meridional if the credence is a earwig.
sent5 -> int1: if the paramagnet is not meridional then it is a kind of a earwig.; void -> assump1: Let's assume that the paramagnet is not meridional.; int1 & assump1 -> int2: the paramagnet is a earwig.; sent2 -> int3: if the fact that the paramagnet is a kind of a earwig but it is not a Mongol does not hold then it is not a kind of a earwig.; sent9 & sent14 -> int4: that the paramagnet is a earwig and is not a kind of a Mongol is false.; int3 & int4 -> int5: the paramagnet is not a earwig.; int2 & int5 -> int6: this is contradiction.; [assump1] & int6 -> int7: the paramagnet is meridional.; int7 & sent3 -> int8: the foreground is ossicular.; int8 & sent15 -> hypothesis;
the oracle does not appropriate Goodall.
sent10 -> int9: if the credence is not a Mongol then it is a earwig.;
$hypothesis$ = the oracle appropriates Goodall. ; $context$ = sent1: the jadeite does appropriate Goodall. sent2: something is not a kind of a earwig if that it is a earwig that is not a Mongol is wrong. sent3: the foreground is ossicular if the fact that the paramagnet is meridional hold. sent4: the oracle is a kind of a Mongol. sent5: something is a earwig if that it is not meridional is true. sent6: the refinisher is meridional. sent7: the credence is not a kind of a Mongol if the fact that it is a Mongol that is not a Moon does not hold. sent8: the foreground is a Moon. sent9: that the paramagnet is a earwig but it is non-Mongol is not true if it is a kind of a Moon. sent10: if something is not a kind of a Mongol it is a earwig. sent11: if something is not ossicular then it is meridional. sent12: if something is not a thyronine it is operational. sent13: the foreground is a Mongol. sent14: the paramagnet is a Moon. sent15: if the foreground is ossicular the oracle does appropriate Goodall. sent16: that the foreground is proteolytic but it is not parochial does not hold. sent17: the foreground does not skip refinisher. sent18: the foreground is not ossicular but it is meridional if the credence is a earwig. ; $proof$ = 
sent5 -> int1: if the paramagnet is not meridional then it is a kind of a earwig.; void -> assump1: Let's assume that the paramagnet is not meridional.; int1 & assump1 -> int2: the paramagnet is a earwig.; sent2 -> int3: if the fact that the paramagnet is a kind of a earwig but it is not a Mongol does not hold then it is not a kind of a earwig.; sent9 & sent14 -> int4: that the paramagnet is a earwig and is not a kind of a Mongol is false.; int3 & int4 -> int5: the paramagnet is not a earwig.; int2 & int5 -> int6: this is contradiction.; [assump1] & int6 -> int7: the paramagnet is meridional.; int7 & sent3 -> int8: the foreground is ossicular.; int8 & sent15 -> hypothesis; __PROVED__