the gonococcus does redeposit.
sent1: that the weaver does tweedle bishop but it does not skitter is incorrect. sent2: the gate does not redeposit. sent3: the gonococcus does not tweedle bishop. sent4: that the gonococcus does redeposit is not incorrect if the wrapping is a web. sent5: the weaver does not tweedle bishop. sent6: the weaver does not skitter. sent7: a non-fitting thing does skitter and does not redeposit. sent8: that the wrapping does tweedle bishop and webs is not correct. sent9: the fact that the wrapping does tweedle bishop and is a web does not hold if the weaver does not skitter. sent10: the wrapping does not abdicate aqualung. sent11: the weaver is a polyploid if the wrapping is not a kind of a continuant. sent12: if the weaver does not skitter then the fact that the fact that the wrapping does tweedle bishop and does not web is correct does not hold. sent13: if the weaver is polyploid then the gonococcus is not fitting but it is distributional.
sent12 & sent6 -> int1: that the wrapping does tweedle bishop and is not a web is wrong.;
the gonococcus does not redeposit.
sent7 -> int2: if the gonococcus is not a kind of a fitting it skitters and it does not redeposit.;
$hypothesis$ = the gonococcus does redeposit. ; $context$ = sent1: that the weaver does tweedle bishop but it does not skitter is incorrect. sent2: the gate does not redeposit. sent3: the gonococcus does not tweedle bishop. sent4: that the gonococcus does redeposit is not incorrect if the wrapping is a web. sent5: the weaver does not tweedle bishop. sent6: the weaver does not skitter. sent7: a non-fitting thing does skitter and does not redeposit. sent8: that the wrapping does tweedle bishop and webs is not correct. sent9: the fact that the wrapping does tweedle bishop and is a web does not hold if the weaver does not skitter. sent10: the wrapping does not abdicate aqualung. sent11: the weaver is a polyploid if the wrapping is not a kind of a continuant. sent12: if the weaver does not skitter then the fact that the fact that the wrapping does tweedle bishop and does not web is correct does not hold. sent13: if the weaver is polyploid then the gonococcus is not fitting but it is distributional. ; $proof$ = 
sent12 & sent6 -> int1: that the wrapping does tweedle bishop and is not a web is wrong.; __UNKNOWN__