the snowflake is capitalist.
sent1: something does not examine if that it either is not a Romany or is not a mourner or both is wrong. sent2: that the fact that the instructions is not a Romany and/or it is not a mourner is wrong is not false if that the metopion does not utter lovesickness is correct. sent3: something is not a tax-exempt if that it is not papilliform and it is a circumnavigation is incorrect. sent4: that the feeder is not papilliform but a circumnavigation is wrong if the instructions does not examine. sent5: the snowflake is not a capitalist if the feeder is not a tax-exempt. sent6: something that falsifies cinema does not utter lovesickness and does unveil instructions. sent7: the Unitarian is a Romany. sent8: if something is a Romany the fact that it is a kind of a capitalist is right. sent9: the snowflake is papilliform if there exists something such that it is a tax-exempt that is a kind of a circumnavigation. sent10: the snowflake is a Pempheridae that is a kind of a circumnavigation. sent11: the jump is a kind of a tax-exempt and it is a circumnavigation. sent12: something is a Romany if it does examine. sent13: something that is papilliform does examine.
sent11 -> int1: something is a tax-exempt and is a kind of a circumnavigation.; int1 & sent9 -> int2: the snowflake is papilliform.; sent13 -> int3: if the snowflake is papilliform that it examines is correct.; int2 & int3 -> int4: the snowflake does examine.; sent12 -> int5: the snowflake is Romany if it does examine.; int4 & int5 -> int6: the snowflake is a Romany.; sent8 -> int7: the snowflake is a capitalist if the fact that it is Romany hold.; int6 & int7 -> hypothesis;
the snowflake is not capitalist.
sent3 -> int8: the feeder is not a kind of a tax-exempt if that it is not papilliform and it is a kind of a circumnavigation does not hold.; sent1 -> int9: the instructions does not examine if the fact that it is not a kind of a Romany or it is not a mourner or both is false.; sent6 -> int10: the metopion does not utter lovesickness and does unveil instructions if it does falsify cinema.;
$hypothesis$ = the snowflake is capitalist. ; $context$ = sent1: something does not examine if that it either is not a Romany or is not a mourner or both is wrong. sent2: that the fact that the instructions is not a Romany and/or it is not a mourner is wrong is not false if that the metopion does not utter lovesickness is correct. sent3: something is not a tax-exempt if that it is not papilliform and it is a circumnavigation is incorrect. sent4: that the feeder is not papilliform but a circumnavigation is wrong if the instructions does not examine. sent5: the snowflake is not a capitalist if the feeder is not a tax-exempt. sent6: something that falsifies cinema does not utter lovesickness and does unveil instructions. sent7: the Unitarian is a Romany. sent8: if something is a Romany the fact that it is a kind of a capitalist is right. sent9: the snowflake is papilliform if there exists something such that it is a tax-exempt that is a kind of a circumnavigation. sent10: the snowflake is a Pempheridae that is a kind of a circumnavigation. sent11: the jump is a kind of a tax-exempt and it is a circumnavigation. sent12: something is a Romany if it does examine. sent13: something that is papilliform does examine. ; $proof$ = 
sent11 -> int1: something is a tax-exempt and is a kind of a circumnavigation.; int1 & sent9 -> int2: the snowflake is papilliform.; sent13 -> int3: if the snowflake is papilliform that it examines is correct.; int2 & int3 -> int4: the snowflake does examine.; sent12 -> int5: the snowflake is Romany if it does examine.; int4 & int5 -> int6: the snowflake is a Romany.; sent8 -> int7: the snowflake is a capitalist if the fact that it is Romany hold.; int6 & int7 -> hypothesis; __PROVED__