the anatotitan is accusative if the ladyfish is a kind of a linendraper.
sent1: if something is a kind of a mediator that it is not pelvic and it is not a steal is incorrect. sent2: that the anatotitan is accusative is right if that the diapensia is pelvic but it is not a kind of a mediator is not true. sent3: if something is not indecorous that it is pelvic and is not a mediator is incorrect. sent4: something is not indecorous if it does not steal. sent5: the diapensia does not steal if there exists something such that the fact that it is a kind of subtractive thing that does not tweedle psyop is incorrect. sent6: if the fact that the ladyfish is not pelvic and it does not steal is wrong the spinner is a linendraper. sent7: if the ladyfish is a linendraper that the fact that the bonesetter is subtractive thing that does not tweedle psyop is not incorrect does not hold. sent8: the bonesetter is not a kind of a mediator. sent9: the fact that something recombines Maginot but it is not indecorous is false if it is a kind of a linendraper.
void -> assump1: Let's assume that the ladyfish is a kind of a linendraper.; sent7 & assump1 -> int1: that the bonesetter is subtractive but it does not tweedle psyop is not right.; int1 -> int2: there is something such that the fact that it is subtractive and it does not tweedle psyop does not hold.; int2 & sent5 -> int3: that the diapensia is a kind of a steal does not hold.; sent4 -> int4: if the diapensia does not steal then it is not indecorous.; int3 & int4 -> int5: the diapensia is not indecorous.; sent3 -> int6: if the diapensia is not indecorous that it is pelvic and it is not a mediator is incorrect.; int5 & int6 -> int7: that the diapensia is pelvic but it is not a kind of a mediator is not correct.; int7 & sent2 -> int8: the anatotitan is an accusative.; [assump1] & int8 -> hypothesis;
that the spinner does recombine Maginot but it is not indecorous is incorrect.
sent9 -> int9: if the spinner is a linendraper that it recombines Maginot and it is not indecorous is not right.; sent1 -> int10: the fact that the fact that the ladyfish is both not pelvic and not a steal is not right is not incorrect if it is a mediator.;
$hypothesis$ = the anatotitan is accusative if the ladyfish is a kind of a linendraper. ; $context$ = sent1: if something is a kind of a mediator that it is not pelvic and it is not a steal is incorrect. sent2: that the anatotitan is accusative is right if that the diapensia is pelvic but it is not a kind of a mediator is not true. sent3: if something is not indecorous that it is pelvic and is not a mediator is incorrect. sent4: something is not indecorous if it does not steal. sent5: the diapensia does not steal if there exists something such that the fact that it is a kind of subtractive thing that does not tweedle psyop is incorrect. sent6: if the fact that the ladyfish is not pelvic and it does not steal is wrong the spinner is a linendraper. sent7: if the ladyfish is a linendraper that the fact that the bonesetter is subtractive thing that does not tweedle psyop is not incorrect does not hold. sent8: the bonesetter is not a kind of a mediator. sent9: the fact that something recombines Maginot but it is not indecorous is false if it is a kind of a linendraper. ; $proof$ = 
void -> assump1: Let's assume that the ladyfish is a kind of a linendraper.; sent7 & assump1 -> int1: that the bonesetter is subtractive but it does not tweedle psyop is not right.; int1 -> int2: there is something such that the fact that it is subtractive and it does not tweedle psyop does not hold.; int2 & sent5 -> int3: that the diapensia is a kind of a steal does not hold.; sent4 -> int4: if the diapensia does not steal then it is not indecorous.; int3 & int4 -> int5: the diapensia is not indecorous.; sent3 -> int6: if the diapensia is not indecorous that it is pelvic and it is not a mediator is incorrect.; int5 & int6 -> int7: that the diapensia is pelvic but it is not a kind of a mediator is not correct.; int7 & sent2 -> int8: the anatotitan is an accusative.; [assump1] & int8 -> hypothesis; __PROVED__