the fieldmouse does not trip rhizoid.
sent1: if the supplement is not reflective the fieldmouse is reflective but it does not befuddle. sent2: if the fieldmouse is reflective and befuddles then that it trips rhizoid is not incorrect. sent3: if the clipper is not an internee then the fieldmouse does not trip rhizoid. sent4: if the CO is a flycatcher and does not befuddle then the clipper does not befuddle. sent5: if the clipper does not organize self-inductance and/or is a potpie then the fact that it does dissemble italic is correct. sent6: something that is reflective thing that does not befuddle trips rhizoid. sent7: if the clipper is an internee then the CO is colonial. sent8: the supplement does dissemble italic. sent9: something is reflective if it does not befuddle. sent10: that the CO does effect CO and dissembles dendrobium is false if it is not a gargoylism. sent11: if something is a kind of a potpie or it is a protozoan or both the supplement is not reflective. sent12: if the clipper does not organize self-inductance and/or does dissemble italic then it is a kind of an internee. sent13: something is a potpie if it is a colonial. sent14: the CO is not a kind of a gargoylism. sent15: the clipper does not organize self-inductance or it dissembles italic or both. sent16: the CO is a flycatcher and it is not competent if it does not dissemble dendrobium. sent17: if something is reflective the fact that it is not a protozoan and it is a kind of a potpie is wrong. sent18: if something is not a potpie then the fact that it is not a kind of an internee and/or it is not a colonial is not incorrect. sent19: the clipper is an internee if it does not organize self-inductance. sent20: the CO either dissembles italic or is a protozoan or both. sent21: if the CO does not befuddle the fieldmouse is not a kind of a colonial. sent22: if that the fact that something is not a protozoan but it is a potpie is true is wrong then that it is not a potpie is right. sent23: if there is something such that it is a protozoan the supplement is not reflective. sent24: the CO does not dissemble dendrobium if that it effects CO and does dissemble dendrobium is not correct.
sent12 & sent15 -> int1: the clipper is an internee.; int1 & sent7 -> int2: the CO is a kind of a colonial.; sent13 -> int3: the CO is a potpie if the fact that it is a kind of a colonial is not false.; int2 & int3 -> int4: the CO is a kind of a potpie.; int4 -> int5: the CO is a potpie and/or it is a kind of a protozoan.; int5 -> int6: something is a potpie or is a protozoan or both.; int6 & sent11 -> int7: the supplement is not reflective.; int7 & sent1 -> int8: the fieldmouse is reflective but it does not befuddle.; sent6 -> int9: if the fieldmouse is reflective but it does not befuddle then it does trip rhizoid.; int8 & int9 -> hypothesis;
the fieldmouse does not trip rhizoid.
sent18 -> int10: the clipper is not a kind of an internee and/or it is not a colonial if it is not a potpie.; sent22 -> int11: if the fact that the clipper is not a kind of a protozoan and is a potpie is not true then it is not a potpie.; sent17 -> int12: the fact that the clipper is not a protozoan but it is a potpie is not correct if it is reflective.; sent9 -> int13: the clipper is reflective if it does not befuddle.; sent10 & sent14 -> int14: that the CO does effect CO and dissembles dendrobium does not hold.; sent24 & int14 -> int15: the CO does not dissemble dendrobium.; sent16 & int15 -> int16: the CO is both a flycatcher and an incompetent.; int16 -> int17: the CO is a flycatcher.;
$hypothesis$ = the fieldmouse does not trip rhizoid. ; $context$ = sent1: if the supplement is not reflective the fieldmouse is reflective but it does not befuddle. sent2: if the fieldmouse is reflective and befuddles then that it trips rhizoid is not incorrect. sent3: if the clipper is not an internee then the fieldmouse does not trip rhizoid. sent4: if the CO is a flycatcher and does not befuddle then the clipper does not befuddle. sent5: if the clipper does not organize self-inductance and/or is a potpie then the fact that it does dissemble italic is correct. sent6: something that is reflective thing that does not befuddle trips rhizoid. sent7: if the clipper is an internee then the CO is colonial. sent8: the supplement does dissemble italic. sent9: something is reflective if it does not befuddle. sent10: that the CO does effect CO and dissembles dendrobium is false if it is not a gargoylism. sent11: if something is a kind of a potpie or it is a protozoan or both the supplement is not reflective. sent12: if the clipper does not organize self-inductance and/or does dissemble italic then it is a kind of an internee. sent13: something is a potpie if it is a colonial. sent14: the CO is not a kind of a gargoylism. sent15: the clipper does not organize self-inductance or it dissembles italic or both. sent16: the CO is a flycatcher and it is not competent if it does not dissemble dendrobium. sent17: if something is reflective the fact that it is not a protozoan and it is a kind of a potpie is wrong. sent18: if something is not a potpie then the fact that it is not a kind of an internee and/or it is not a colonial is not incorrect. sent19: the clipper is an internee if it does not organize self-inductance. sent20: the CO either dissembles italic or is a protozoan or both. sent21: if the CO does not befuddle the fieldmouse is not a kind of a colonial. sent22: if that the fact that something is not a protozoan but it is a potpie is true is wrong then that it is not a potpie is right. sent23: if there is something such that it is a protozoan the supplement is not reflective. sent24: the CO does not dissemble dendrobium if that it effects CO and does dissemble dendrobium is not correct. ; $proof$ = 
sent12 & sent15 -> int1: the clipper is an internee.; int1 & sent7 -> int2: the CO is a kind of a colonial.; sent13 -> int3: the CO is a potpie if the fact that it is a kind of a colonial is not false.; int2 & int3 -> int4: the CO is a kind of a potpie.; int4 -> int5: the CO is a potpie and/or it is a kind of a protozoan.; int5 -> int6: something is a potpie or is a protozoan or both.; int6 & sent11 -> int7: the supplement is not reflective.; int7 & sent1 -> int8: the fieldmouse is reflective but it does not befuddle.; sent6 -> int9: if the fieldmouse is reflective but it does not befuddle then it does trip rhizoid.; int8 & int9 -> hypothesis; __DISPROVED__