the megalocyte is not combinative.
sent1: the flintlock is bedless and is not a hock. sent2: if the flintlock is synesthetic then it is a Toynbee. sent3: the megalocyte is not a hock. sent4: the spirochete is not a jagged but it is an orderliness. sent5: the megalocyte is not a kind of a Toynbee but it slogs if the flintlock does slogs. sent6: the megalocyte is not untrustworthy if the tumble-dryer is not untrustworthy. sent7: that that the flintlock is exothermic and non-oblique is incorrect hold. sent8: the flintlock is not bedded. sent9: either something is not combinative or it slogs or both if it is a Toynbee. sent10: something is combinative if it does slog. sent11: the fact that if the megalocyte is not untrustworthy the megalocyte is a Toynbee and it meshes is true. sent12: if the flintlock does slog then the megalocyte is not a kind of a Toynbee. sent13: if something does not slog that it is bedless and not a hock is wrong. sent14: the fact that something does lurch imperativeness but it does not lurch coalition does not hold if it is not a kind of a goiter. sent15: the megalocyte is not a kind of a Toynbee.
sent13 -> int1: if the flintlock does not slog that it is bedless and not a hock is not right.; void -> assump1: Let's assume that the flintlock does not slog.; int1 & assump1 -> int2: the fact that the flintlock is bedless and is not a kind of a hock is not right.; int2 & sent1 -> int3: this is contradiction.; [assump1] & int3 -> int4: the flintlock does slog.; int4 & sent5 -> int5: that the megalocyte is not a Toynbee but it slogs is not false.; int5 -> int6: that the megalocyte does slog is true.; sent10 -> int7: that if the megalocyte slogs the megalocyte is combinative is not false.; int6 & int7 -> hypothesis;
the megalocyte is not combinative.
sent9 -> int8: the megalocyte is noncombinative and/or does slog if that it is a Toynbee hold.;
$hypothesis$ = the megalocyte is not combinative. ; $context$ = sent1: the flintlock is bedless and is not a hock. sent2: if the flintlock is synesthetic then it is a Toynbee. sent3: the megalocyte is not a hock. sent4: the spirochete is not a jagged but it is an orderliness. sent5: the megalocyte is not a kind of a Toynbee but it slogs if the flintlock does slogs. sent6: the megalocyte is not untrustworthy if the tumble-dryer is not untrustworthy. sent7: that that the flintlock is exothermic and non-oblique is incorrect hold. sent8: the flintlock is not bedded. sent9: either something is not combinative or it slogs or both if it is a Toynbee. sent10: something is combinative if it does slog. sent11: the fact that if the megalocyte is not untrustworthy the megalocyte is a Toynbee and it meshes is true. sent12: if the flintlock does slog then the megalocyte is not a kind of a Toynbee. sent13: if something does not slog that it is bedless and not a hock is wrong. sent14: the fact that something does lurch imperativeness but it does not lurch coalition does not hold if it is not a kind of a goiter. sent15: the megalocyte is not a kind of a Toynbee. ; $proof$ = 
sent13 -> int1: if the flintlock does not slog that it is bedless and not a hock is not right.; void -> assump1: Let's assume that the flintlock does not slog.; int1 & assump1 -> int2: the fact that the flintlock is bedless and is not a kind of a hock is not right.; int2 & sent1 -> int3: this is contradiction.; [assump1] & int3 -> int4: the flintlock does slog.; int4 & sent5 -> int5: that the megalocyte is not a Toynbee but it slogs is not false.; int5 -> int6: that the megalocyte does slog is true.; sent10 -> int7: that if the megalocyte slogs the megalocyte is combinative is not false.; int6 & int7 -> hypothesis; __DISPROVED__