the splicer philanders ache.
sent1: the province is a strongroom. sent2: if the fact that something is not a strongroom is right it does philander shears and it does blue splicer. sent3: the province is a settlor. sent4: if the spectrogram does not philander departer the ragbag is parasitic. sent5: if that the ragbag is colloidal and/or does not waive does not hold then the zygote does not waive. sent6: the ragbag does not blue splicer but it does waive if the zygote does not blue splicer. sent7: the vase-fine is not carunculate and it is not a settlor if that the province is a S-shape hold. sent8: if something philanders shears it philanders ache. sent9: something does not blue splicer if the fact that it is both not a strongroom and a S-shape is not correct. sent10: if the province is not a S-shape then the fact that the zygote is not a strongroom but a S-shape is wrong. sent11: that the province does not cathect fix but it cathects sexed is not false. sent12: if the vase-fine does not philander thiobacillus then that it is not carunculate and is not a kind of a settlor does not hold. sent13: that if the spectrogram is non-parasitic then the ragbag is non-parasitic is not wrong. sent14: if the vase-fine does philander shears and it does blue splicer the province does not blue splicer. sent15: if the fact that the ragbag is not parasitic is not right then it is a countermand and is not a manganite. sent16: that something does philander ache but it is not a S-shape is not correct if it does not blue splicer. sent17: that something is colloidal or does not waive or both is not right if it does not philander thiobacillus. sent18: either the spectrogram does not philander departer or it is not parasitic or both. sent19: if the fact that the splicer does philander thiobacillus is correct then the vase-fine does not philander shears. sent20: if the ragbag does not blue splicer and does waive the splicer philanders shears. sent21: the vase-fine does not philander thiobacillus. sent22: The thiobacillus does not philander vase-fine. sent23: if the ragbag is a kind of a countermand but it is not a kind of a manganite it does not philander thiobacillus.
void -> assump1: Let's assume that the province is a S-shape.; sent7 & assump1 -> int1: the vase-fine is not carunculate and it is not a settlor.; sent12 & sent21 -> int2: the fact that the vase-fine is not carunculate and it is not a kind of a settlor does not hold.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> int4: the province is not a S-shape.; int4 & sent10 -> int5: the fact that the zygote is not a strongroom but a S-shape is incorrect.; sent9 -> int6: the zygote does not blue splicer if the fact that it is both not a strongroom and a S-shape does not hold.; int5 & int6 -> int7: the zygote does not blue splicer.; int7 & sent6 -> int8: the ragbag does not blue splicer and waives.; int8 & sent20 -> int9: the splicer does philander shears.; sent8 -> int10: the splicer does philander ache if it philanders shears.; int9 & int10 -> hypothesis;
the splicer does not philander ache.
sent16 -> int11: if the province does not blue splicer then that it does philander ache and it is not a kind of a S-shape is not true.; sent2 -> int12: if the vase-fine is not a strongroom then that it does philander shears and it blues splicer is right.; sent17 -> int13: that the ragbag is colloidal and/or it does not waive does not hold if it does not philander thiobacillus.; sent18 & sent4 & sent13 -> int14: the ragbag is parasitic.; sent15 & int14 -> int15: the ragbag is a countermand but not a manganite.; sent23 & int15 -> int16: the ragbag does not philander thiobacillus.; int13 & int16 -> int17: the fact that either the ragbag is colloidal or it does not waive or both does not hold.; sent5 & int17 -> int18: the zygote does not waive.; int18 -> int19: something does not waive.;
$hypothesis$ = the splicer philanders ache. ; $context$ = sent1: the province is a strongroom. sent2: if the fact that something is not a strongroom is right it does philander shears and it does blue splicer. sent3: the province is a settlor. sent4: if the spectrogram does not philander departer the ragbag is parasitic. sent5: if that the ragbag is colloidal and/or does not waive does not hold then the zygote does not waive. sent6: the ragbag does not blue splicer but it does waive if the zygote does not blue splicer. sent7: the vase-fine is not carunculate and it is not a settlor if that the province is a S-shape hold. sent8: if something philanders shears it philanders ache. sent9: something does not blue splicer if the fact that it is both not a strongroom and a S-shape is not correct. sent10: if the province is not a S-shape then the fact that the zygote is not a strongroom but a S-shape is wrong. sent11: that the province does not cathect fix but it cathects sexed is not false. sent12: if the vase-fine does not philander thiobacillus then that it is not carunculate and is not a kind of a settlor does not hold. sent13: that if the spectrogram is non-parasitic then the ragbag is non-parasitic is not wrong. sent14: if the vase-fine does philander shears and it does blue splicer the province does not blue splicer. sent15: if the fact that the ragbag is not parasitic is not right then it is a countermand and is not a manganite. sent16: that something does philander ache but it is not a S-shape is not correct if it does not blue splicer. sent17: that something is colloidal or does not waive or both is not right if it does not philander thiobacillus. sent18: either the spectrogram does not philander departer or it is not parasitic or both. sent19: if the fact that the splicer does philander thiobacillus is correct then the vase-fine does not philander shears. sent20: if the ragbag does not blue splicer and does waive the splicer philanders shears. sent21: the vase-fine does not philander thiobacillus. sent22: The thiobacillus does not philander vase-fine. sent23: if the ragbag is a kind of a countermand but it is not a kind of a manganite it does not philander thiobacillus. ; $proof$ = 
void -> assump1: Let's assume that the province is a S-shape.; sent7 & assump1 -> int1: the vase-fine is not carunculate and it is not a settlor.; sent12 & sent21 -> int2: the fact that the vase-fine is not carunculate and it is not a kind of a settlor does not hold.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> int4: the province is not a S-shape.; int4 & sent10 -> int5: the fact that the zygote is not a strongroom but a S-shape is incorrect.; sent9 -> int6: the zygote does not blue splicer if the fact that it is both not a strongroom and a S-shape does not hold.; int5 & int6 -> int7: the zygote does not blue splicer.; int7 & sent6 -> int8: the ragbag does not blue splicer and waives.; int8 & sent20 -> int9: the splicer does philander shears.; sent8 -> int10: the splicer does philander ache if it philanders shears.; int9 & int10 -> hypothesis; __PROVED__