the sarcoplasm cambers Pseudepigrapha.
sent1: if something that is a Bahraini is not azotemic it rolls saint. sent2: if that the sarcoplasm is both not distributive and not Bahraini is wrong the A-line does camber Pseudepigrapha. sent3: the beeswax is Bahraini. sent4: the sarcoplasm is not a Bahraini. sent5: if something opens Phasianidae but it is not a Bahraini then it is a groom. sent6: the sarcoplasm is not non-azotemic if the borsch is a Bahraini but it does not open Phasianidae. sent7: that the borsch is not azotemic is not false. sent8: the A-line cambers Pseudepigrapha. sent9: if the A-line is not distributive and it does not roll saint then the sarcoplasm does open Phasianidae. sent10: the sarcoplasm does roll parapodium. sent11: if something rolls saint then it trucks neritid. sent12: the parapodium does not open Phasianidae and is not cubic. sent13: if that the sarcoplasm does not truck neritid and it is not a Bahraini is not correct the molle does groom. sent14: the sarcoplasm does open Phasianidae if the borsch is non-azotemic and does not groom. sent15: something does camber Pseudepigrapha if that it is a groom is correct. sent16: the molle does not truck neritid if the borsch is not azotemic. sent17: the sarcoplasm does not bilk. sent18: something is Bahraini if it rolls saint. sent19: if the fact that the sarcoplasm does not camber Pseudepigrapha and it is not distributive is incorrect then the A-line opens Phasianidae. sent20: the molle trucks neritid if that the A-line is not distributive and does not roll saint is incorrect. sent21: the molle is non-azotemic.
void -> assump1: Let's assume that the fact that the A-line is not distributive and does not roll saint does not hold.; sent20 & assump1 -> int1: the molle does truck neritid.; sent16 & sent7 -> int2: the molle does not truck neritid.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> int4: the A-line is non-distributive thing that does not roll saint.; int4 & sent9 -> int5: the sarcoplasm opens Phasianidae.; int5 & sent4 -> int6: the sarcoplasm opens Phasianidae and is not a Bahraini.; sent5 -> int7: if the sarcoplasm does open Phasianidae but it is not Bahraini then the fact that it is a groom hold.; int6 & int7 -> int8: the sarcoplasm does groom.; sent15 -> int9: if the sarcoplasm is a groom it cambers Pseudepigrapha.; int8 & int9 -> hypothesis;
$hypothesis$ = the sarcoplasm cambers Pseudepigrapha. ; $context$ = sent1: if something that is a Bahraini is not azotemic it rolls saint. sent2: if that the sarcoplasm is both not distributive and not Bahraini is wrong the A-line does camber Pseudepigrapha. sent3: the beeswax is Bahraini. sent4: the sarcoplasm is not a Bahraini. sent5: if something opens Phasianidae but it is not a Bahraini then it is a groom. sent6: the sarcoplasm is not non-azotemic if the borsch is a Bahraini but it does not open Phasianidae. sent7: that the borsch is not azotemic is not false. sent8: the A-line cambers Pseudepigrapha. sent9: if the A-line is not distributive and it does not roll saint then the sarcoplasm does open Phasianidae. sent10: the sarcoplasm does roll parapodium. sent11: if something rolls saint then it trucks neritid. sent12: the parapodium does not open Phasianidae and is not cubic. sent13: if that the sarcoplasm does not truck neritid and it is not a Bahraini is not correct the molle does groom. sent14: the sarcoplasm does open Phasianidae if the borsch is non-azotemic and does not groom. sent15: something does camber Pseudepigrapha if that it is a groom is correct. sent16: the molle does not truck neritid if the borsch is not azotemic. sent17: the sarcoplasm does not bilk. sent18: something is Bahraini if it rolls saint. sent19: if the fact that the sarcoplasm does not camber Pseudepigrapha and it is not distributive is incorrect then the A-line opens Phasianidae. sent20: the molle trucks neritid if that the A-line is not distributive and does not roll saint is incorrect. sent21: the molle is non-azotemic. ; $proof$ = 
void -> assump1: Let's assume that the fact that the A-line is not distributive and does not roll saint does not hold.; sent20 & assump1 -> int1: the molle does truck neritid.; sent16 & sent7 -> int2: the molle does not truck neritid.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> int4: the A-line is non-distributive thing that does not roll saint.; int4 & sent9 -> int5: the sarcoplasm opens Phasianidae.; int5 & sent4 -> int6: the sarcoplasm opens Phasianidae and is not a Bahraini.; sent5 -> int7: if the sarcoplasm does open Phasianidae but it is not Bahraini then the fact that it is a groom hold.; int6 & int7 -> int8: the sarcoplasm does groom.; sent15 -> int9: if the sarcoplasm is a groom it cambers Pseudepigrapha.; int8 & int9 -> hypothesis; __PROVED__