that there is something such that it is a eliminator and it is respectful is not true.
sent1: if something does not clear Aphrodite and/or it is Laotian it is a eliminator. sent2: if the alanine is off-line then it does not clear Aphrodite and/or it is Laotian. sent3: the beekeeper is infallible. sent4: if the beekeeper is infallible then the alanine is not disrespectful. sent5: everything is off-line. sent6: the alanine is a kind of a eliminator if it does not clear Aphrodite.
sent5 -> int1: the alanine is off-line.; int1 & sent2 -> int2: either the alanine does not clear Aphrodite or it is Laotian or both.; sent1 -> int3: the alanine is a eliminator if it does not clear Aphrodite and/or it is Laotian.; int2 & int3 -> int4: the alanine is a kind of a eliminator.; sent4 & sent3 -> int5: the alanine is respectful.; int4 & int5 -> int6: that the alanine is a eliminator and respectful is right.; int6 -> hypothesis;
$hypothesis$ = that there is something such that it is a eliminator and it is respectful is not true. ; $context$ = sent1: if something does not clear Aphrodite and/or it is Laotian it is a eliminator. sent2: if the alanine is off-line then it does not clear Aphrodite and/or it is Laotian. sent3: the beekeeper is infallible. sent4: if the beekeeper is infallible then the alanine is not disrespectful. sent5: everything is off-line. sent6: the alanine is a kind of a eliminator if it does not clear Aphrodite. ; $proof$ = 
sent5 -> int1: the alanine is off-line.; int1 & sent2 -> int2: either the alanine does not clear Aphrodite or it is Laotian or both.; sent1 -> int3: the alanine is a eliminator if it does not clear Aphrodite and/or it is Laotian.; int2 & int3 -> int4: the alanine is a kind of a eliminator.; sent4 & sent3 -> int5: the alanine is respectful.; int4 & int5 -> int6: that the alanine is a eliminator and respectful is right.; int6 -> hypothesis; __DISPROVED__