the Popper does not strengthen Bartlesville and does commiserate.
sent1: if that that the pudding-face is not a kind of a plainclothesman or does not disentangle rudderfish or both does not hold is not false the RA does not strengthen Bartlesville. sent2: the pudding-face is not a kind of a corymb if the fact that either the facial is not a slider or it disentangles rudderfish or both does not hold. sent3: the facial is a kind of a slider. sent4: if something does not consternate myxomycete that it is not a corymb is not wrong. sent5: if something is not a plainclothesman and/or does not disentangle rudderfish it is a kind of a corymb. sent6: the Popper does not strengthen Bartlesville but it commiserates if the RA does not strengthen Bartlesville. sent7: if the pudding-face is not a slider then it does not disentangle FTP. sent8: the fact that something that disentangles FTP is not a corymb is correct. sent9: if the facial is a slider then the fact that the pudding-face does disentangle FTP or does not consternate myxomycete or both is correct.
sent5 -> int1: if the pudding-face either is not a kind of a plainclothesman or does not disentangle rudderfish or both then that it is a corymb is true.; void -> assump1: Let's assume that the pudding-face is not a plainclothesman or it does not disentangle rudderfish or both.; int1 & assump1 -> int2: the pudding-face is a corymb.; sent9 & sent3 -> int3: either the pudding-face disentangles FTP or it does not consternate myxomycete or both.; sent8 -> int4: that the pudding-face is not a corymb is right if it disentangles FTP.; sent4 -> int5: the pudding-face is not a kind of a corymb if it does not consternate myxomycete.; int3 & int4 & int5 -> int6: the pudding-face is not a corymb.; int2 & int6 -> int7: this is contradiction.; [assump1] & int7 -> int8: that the pudding-face either is not a plainclothesman or does not disentangle rudderfish or both does not hold.; int8 & sent1 -> int9: the RA does not strengthen Bartlesville.; int9 & sent6 -> hypothesis;
$hypothesis$ = the Popper does not strengthen Bartlesville and does commiserate. ; $context$ = sent1: if that that the pudding-face is not a kind of a plainclothesman or does not disentangle rudderfish or both does not hold is not false the RA does not strengthen Bartlesville. sent2: the pudding-face is not a kind of a corymb if the fact that either the facial is not a slider or it disentangles rudderfish or both does not hold. sent3: the facial is a kind of a slider. sent4: if something does not consternate myxomycete that it is not a corymb is not wrong. sent5: if something is not a plainclothesman and/or does not disentangle rudderfish it is a kind of a corymb. sent6: the Popper does not strengthen Bartlesville but it commiserates if the RA does not strengthen Bartlesville. sent7: if the pudding-face is not a slider then it does not disentangle FTP. sent8: the fact that something that disentangles FTP is not a corymb is correct. sent9: if the facial is a slider then the fact that the pudding-face does disentangle FTP or does not consternate myxomycete or both is correct. ; $proof$ = 
sent5 -> int1: if the pudding-face either is not a kind of a plainclothesman or does not disentangle rudderfish or both then that it is a corymb is true.; void -> assump1: Let's assume that the pudding-face is not a plainclothesman or it does not disentangle rudderfish or both.; int1 & assump1 -> int2: the pudding-face is a corymb.; sent9 & sent3 -> int3: either the pudding-face disentangles FTP or it does not consternate myxomycete or both.; sent8 -> int4: that the pudding-face is not a corymb is right if it disentangles FTP.; sent4 -> int5: the pudding-face is not a kind of a corymb if it does not consternate myxomycete.; int3 & int4 & int5 -> int6: the pudding-face is not a corymb.; int2 & int6 -> int7: this is contradiction.; [assump1] & int7 -> int8: that the pudding-face either is not a plainclothesman or does not disentangle rudderfish or both does not hold.; int8 & sent1 -> int9: the RA does not strengthen Bartlesville.; int9 & sent6 -> hypothesis; __PROVED__