that the hydrometer is a kind of a coronary and is not a bolivar is wrong.
sent1: the brandy is not unexpansive. sent2: something is not a hame but it does caper trellis if it is not a Lutheran. sent3: the brandy does caper trellis. sent4: the fact that the brandy does not bog surprising is right. sent5: if the brandy is not a secondary then the fisher does not bog communism or is a secondary or both. sent6: that the fact that the brandy is unexpansive and it does bog surprising hold is wrong. sent7: the fisher is non-coronary if it is secondary. sent8: that something capers trellis is true if it is not Lutheran. sent9: if something does not bog communism and/or it is secondary then it is not a coronary. sent10: the hydrometer is coronary if the fisher is not a coronary. sent11: if that something is unexpansive but it does not bog surprising is false then it is not Lutheran. sent12: the hydrometer is a coronary but not a bolivar if the fisher is coronary. sent13: the hydrometer is a kind of a coronary. sent14: if the brandy does bog surprising it is not Lutheran. sent15: if something is a secondary it is not coronary. sent16: if something is not a hame but it does caper trellis then it is not a kind of a secondary.
void -> assump1: Let's assume that the brandy is unexpansive but it does not bog surprising.; assump1 -> int1: the brandy is unexpansive.; int1 & sent1 -> int2: this is contradiction.; [assump1] & int2 -> int3: the fact that the brandy is unexpansive but it does not bog surprising is wrong.; sent11 -> int4: the brandy is not a Lutheran if that it is unexpansive and does not bog surprising does not hold.; int3 & int4 -> int5: the brandy is not a Lutheran.; sent2 -> int6: if the brandy is not a Lutheran then it is not a hame and capers trellis.; int5 & int6 -> int7: the brandy is not a hame and does caper trellis.; sent16 -> int8: if that the brandy is not a hame and does caper trellis is not false it is not a secondary.; int7 & int8 -> int9: the brandy is not a kind of a secondary.; int9 & sent5 -> int10: the fact that either the fisher does not bog communism or it is secondary or both is right.; sent9 -> int11: if the fisher does not bog communism and/or is a secondary then it is not a kind of a coronary.; int10 & int11 -> int12: the fisher is not coronary.; int12 & sent12 -> hypothesis;
$hypothesis$ = that the hydrometer is a kind of a coronary and is not a bolivar is wrong. ; $context$ = sent1: the brandy is not unexpansive. sent2: something is not a hame but it does caper trellis if it is not a Lutheran. sent3: the brandy does caper trellis. sent4: the fact that the brandy does not bog surprising is right. sent5: if the brandy is not a secondary then the fisher does not bog communism or is a secondary or both. sent6: that the fact that the brandy is unexpansive and it does bog surprising hold is wrong. sent7: the fisher is non-coronary if it is secondary. sent8: that something capers trellis is true if it is not Lutheran. sent9: if something does not bog communism and/or it is secondary then it is not a coronary. sent10: the hydrometer is coronary if the fisher is not a coronary. sent11: if that something is unexpansive but it does not bog surprising is false then it is not Lutheran. sent12: the hydrometer is a coronary but not a bolivar if the fisher is coronary. sent13: the hydrometer is a kind of a coronary. sent14: if the brandy does bog surprising it is not Lutheran. sent15: if something is a secondary it is not coronary. sent16: if something is not a hame but it does caper trellis then it is not a kind of a secondary. ; $proof$ = 
void -> assump1: Let's assume that the brandy is unexpansive but it does not bog surprising.; assump1 -> int1: the brandy is unexpansive.; int1 & sent1 -> int2: this is contradiction.; [assump1] & int2 -> int3: the fact that the brandy is unexpansive but it does not bog surprising is wrong.; sent11 -> int4: the brandy is not a Lutheran if that it is unexpansive and does not bog surprising does not hold.; int3 & int4 -> int5: the brandy is not a Lutheran.; sent2 -> int6: if the brandy is not a Lutheran then it is not a hame and capers trellis.; int5 & int6 -> int7: the brandy is not a hame and does caper trellis.; sent16 -> int8: if that the brandy is not a hame and does caper trellis is not false it is not a secondary.; int7 & int8 -> int9: the brandy is not a kind of a secondary.; int9 & sent5 -> int10: the fact that either the fisher does not bog communism or it is secondary or both is right.; sent9 -> int11: if the fisher does not bog communism and/or is a secondary then it is not a kind of a coronary.; int10 & int11 -> int12: the fisher is not coronary.; int12 & sent12 -> hypothesis; __DISPROVED__