$answer$ ; $proof$ ; $question$ = Fiona is rough. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = True ; $proof$ = # sent14%int1 & # sent13%int3 sent8 # sent17%int2 # sent13%int3 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not rough. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = False ; $proof$ = # sent14%int1 & # sent13%int3 sent8 # sent17%int2 # sent13%int3 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is big. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = True ; $proof$ = # sent19%int1 & # sent17%int3 # sent13%int4 sent8 # sent14%int2 & # sent13%int4 sent8 # sent17%int3 # sent13%int4 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not big. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = False ; $proof$ = # sent19%int1 & # sent17%int3 # sent13%int4 sent8 # sent14%int2 & # sent13%int4 sent8 # sent17%int3 # sent13%int4 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is furry. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = True ; $proof$ = # sent15%int1 # sent19%int2 & # sent17%int4 # sent13%int5 sent8 # sent14%int3 & # sent13%int5 sent8 # sent17%int4 # sent13%int5 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not kind. ; $context$ = sent1: Anne is furry. sent2: Anne is kind. sent3: Anne is nice. sent4: Anne is smart. sent5: Erin is big. sent6: Erin is furry. sent7: Erin is rough. sent8: Fiona is blue. sent9: Gary is big. sent10: Gary is rough. sent11: If someone is rough and kind then they are blue. sent12: Kind, rough people are furry. sent13: If someone is blue then they are smart. sent14: Smart, nice people are rough. sent15: If someone is big then they are furry. sent16: Blue, big people are kind. sent17: All smart people are nice. sent18: If Erin is kind then Erin is nice. sent19: Nice, rough people are big.

$answer$ = False ; $proof$ = # sent16%int1 & sent8 # sent19%int2 & # sent17%int4 # sent13%int5 sent8 # sent14%int3 & # sent13%int5 sent8 # sent17%int4 # sent13%int5 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is quiet. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = sent7


$answer$ ; $proof$ ; $question$ = Bob is not cold. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = sent2


$answer$ ; $proof$ ; $question$ = Anne is young. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = # sent15%int1 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is not furry. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = # sent17%int1 sent8 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Bob is blue. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = # sent16%int1 # sent19%int2 sent3 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is not furry. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = # sent17%int1 & sent1 # sent15%int2 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is round. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = # sent19%int1 # sent17%int2 & sent1 # sent15%int3 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is not round. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = # sent19%int1 # sent17%int2 & sent1 # sent15%int3 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is blue. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = # sent16%int1 # sent19%int2 # sent17%int3 & sent1 # sent15%int4 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is not blue. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = # sent16%int1 # sent19%int2 # sent17%int3 & sent1 # sent15%int4 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is quiet. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = True ; $proof$ = # sent13%int1 # sent16%int2 # sent19%int3 # sent17%int4 & sent1 # sent15%int5 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Anne is not quiet. ; $context$ = sent1: Anne is cold. sent2: Bob is cold. sent3: Bob is furry. sent4: Bob is smart. sent5: Bob is young. sent6: Charlie is cold. sent7: Charlie is quiet. sent8: Charlie is young. sent9: Fiona is furry. sent10: Fiona is round. sent11: Fiona is smart. sent12: Fiona is young. sent13: All blue people are quiet. sent14: If someone is quiet then they are young. sent15: Cold people are young. sent16: Round people are blue. sent17: If someone is cold and young then they are furry. sent18: If someone is smart then they are round. sent19: Furry people are round.

$answer$ = False ; $proof$ = # sent13%int1 # sent16%int2 # sent19%int3 # sent17%int4 & sent1 # sent15%int5 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The rabbit eats the cat. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = sent12


$answer$ ; $proof$ ; $question$ = The bald eagle does not need the rabbit. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = sent5


$answer$ ; $proof$ ; $question$ = The bald eagle visits the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = # sent18%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The bald eagle does not visit the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = # sent18%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow is blue. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = # sent22%int1 & # sent20%int2 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow is not blue. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = # sent22%int1 & # sent20%int2 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow needs the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = # sent17%int1 # sent22%int2 & # sent20%int3 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow does not need the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = # sent17%int1 # sent22%int2 & # sent20%int3 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow visits the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = # sent18%int1 # sent17%int2 # sent22%int3 & # sent20%int4 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow does not visit the cow. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = # sent18%int1 # sent17%int2 # sent22%int3 & # sent20%int4 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow needs the cat. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = True ; $proof$ = # sent23%int1 # sent19%int2 & # sent16%int3 & # sent22%int4 & # sent20%int5 sent10 sent4 sent9 # sent22%int4 & # sent20%int5 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow does not need the cat. ; $context$ = sent1: The bald eagle eats the cow. sent2: The bald eagle eats the rabbit. sent3: The bald eagle is cold. sent4: The bald eagle needs the cow. sent5: The bald eagle needs the rabbit. sent6: The cat eats the cow. sent7: The cat eats the rabbit. sent8: The cat is nice. sent9: The cow is round. sent10: The cow needs the bald eagle. sent11: The cow visits the bald eagle. sent12: The rabbit eats the cat. sent13: The rabbit visits the bald eagle. sent14: The rabbit visits the cow. sent15: If someone eats the cat and the cat needs the bald eagle then the bald eagle is round. sent16: If someone is blue and round then they visit the rabbit. sent17: If someone is blue then they need the cow. sent18: If someone needs the cow then they visit the cow. sent19: If the cow visits the rabbit and the cow is blue then the cow eats the rabbit. sent20: If someone needs the bald eagle then the bald eagle is blue. sent21: If someone visits the cat and they need the cow then they eat the cat. sent22: If someone is blue and they need the cow then the cow is blue. sent23: If someone eats the rabbit then they need the cat.

$answer$ = False ; $proof$ = # sent23%int1 # sent19%int2 & # sent16%int3 & # sent22%int4 & # sent20%int5 sent10 sent4 sent9 # sent22%int4 & # sent20%int5 sent10 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog visits the rabbit. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = sent6


$answer$ ; $proof$ ; $question$ = The rabbit is not kind. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = sent9


$answer$ ; $proof$ ; $question$ = The rabbit is round. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = # sent19%int1 naf1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The rabbit does not eat the dog. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = # sent18%int1 sent10 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog visits the bear. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = # sent21%int1 # sent18%int2 sent10 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog does not visit the bear. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = # sent21%int1 # sent18%int2 sent10 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog eats the rabbit. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = # sent24%int1 # sent21%int2 # sent18%int3 sent10 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog does not eat the rabbit. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = # sent24%int1 # sent21%int2 # sent18%int3 sent10 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The tiger is green. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = # sent22%int1 & # sent24%int2 # sent21%int3 # sent18%int4 sent10 sent12 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The tiger is not green. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = # sent22%int1 & # sent24%int2 # sent21%int3 # sent18%int4 sent10 sent12 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The tiger sees the dog. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = True ; $proof$ = # sent20%int1 # sent22%int2 & # sent24%int3 # sent21%int4 # sent18%int5 sent10 sent12 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The tiger is not round. ; $context$ = sent1: The bear sees the rabbit. sent2: The bear visits the rabbit. sent3: The dog is nice. sent4: The dog is round. sent5: The dog sees the bear. sent6: The dog visits the rabbit. sent7: The rabbit eats the tiger. sent8: The rabbit is green. sent9: The rabbit is kind. sent10: The rabbit is nice. sent11: The rabbit sees the dog. sent12: The rabbit sees the tiger. sent13: The rabbit visits the dog. sent14: The tiger eats the bear. sent15: The tiger is nice. sent16: The tiger visits the rabbit. sent17: If someone is kind and they visit the rabbit then the rabbit eats the dog. sent18: If someone sees the rabbit and the rabbit is nice then the rabbit eats the dog. sent19: If someone is green and they do not see the bear then they are round. sent20: If someone is green then they see the dog. sent21: If someone eats the dog then the dog visits the bear. sent22: If someone eats the rabbit and the rabbit sees the tiger then the tiger is green. sent23: If someone visits the bear and the bear eats the rabbit then the rabbit visits the dog. sent24: If someone visits the bear then they eat the rabbit. sent25: If the tiger does not eat the rabbit and the tiger does not visit the dog then the dog is round.

$answer$ = False ; $proof$ = # sent19%int1 & # sent22%int2 & # sent24%int3 # sent21%int4 # sent18%int5 sent10 sent12 naf1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cat likes the cow. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = sent4


$answer$ ; $proof$ ; $question$ = The cow does not see the cat. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = sent7


$answer$ ; $proof$ ; $question$ = The dog needs the bear. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = # sent18%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog does not need the bear. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = # sent18%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cat is round. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = # sent11%int1 & sent6 # sent18%int2 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cat is not round. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = # sent11%int1 & sent6 # sent18%int2 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cat sees the cat. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = # sent12%int1 # sent11%int2 & sent6 # sent18%int3 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cat does not see the cow. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = # sent17%int1 # sent11%int2 & sent6 # sent18%int3 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow likes the dog. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = # sent19%int1 # sent17%int2 # sent11%int3 & sent6 # sent18%int4 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The cow does not like the dog. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = # sent19%int1 # sent17%int2 # sent11%int3 & sent6 # sent18%int4 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog likes the bear. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = True ; $proof$ = # sent13%int1 # sent19%int2 # sent17%int3 # sent11%int4 & sent6 # sent18%int5 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog does not like the bear. ; $context$ = sent1: The bear likes the dog. sent2: The bear sees the cat. sent3: The cat is red. sent4: The cat likes the cow. sent5: The cat sees the bear. sent6: The cat sees the dog. sent7: The cow sees the cat. sent8: The dog is nice. sent9: The dog needs the cow. sent10: The dog sees the cat. sent11: If the cat sees the dog and the dog needs the bear then the cat is round. sent12: If something is round then it sees the cat. sent13: If the cow likes the dog then the dog likes the bear. sent14: If the cow needs the dog then the dog needs the cow. sent15: If the bear is round and the bear likes the cat then the cat likes the cow. sent16: If the cow likes the cat then the cat sees the cow. sent17: If something is round then it sees the cow. sent18: If something sees the dog and it likes the cow then the dog needs the bear. sent19: If something sees the cow then the cow likes the dog.

$answer$ = False ; $proof$ = # sent13%int1 # sent19%int2 # sent17%int3 # sent11%int4 & sent6 # sent18%int5 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Bob is young. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = sent3


$answer$ ; $proof$ ; $question$ = Charlie is not nice. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = sent4


$answer$ ; $proof$ ; $question$ = Charlie is furry. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = # sent9%int1 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Bob is not blue. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = # sent8%int1 sent3 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is nice. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = # sent13%int1 # sent12%int2 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is not nice. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = # sent13%int1 # sent12%int2 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is furry. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = # sent9%int1 & # sent13%int2 # sent12%int3 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is not blue. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = # sent8%int1 # sent15%int2 & # sent9%int3 sent6 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is young. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = # sent15%int1 & # sent9%int2 & # sent13%int3 # sent12%int4 sent7 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is not young. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = # sent15%int1 & # sent9%int2 & # sent13%int3 # sent12%int4 sent7 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is blue. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = True ; $proof$ = # sent8%int1 # sent15%int2 & # sent9%int3 & # sent13%int4 # sent12%int5 sent7 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Gary is not blue. ; $context$ = sent1: Anne is young. sent2: Bob is quiet. sent3: Bob is young. sent4: Charlie is nice. sent5: Charlie is quiet. sent6: Charlie is round. sent7: Gary is round. sent8: If something is young then it is blue. sent9: All nice, round things are furry. sent10: Round, blue things are nice. sent11: Blue things are young. sent12: All round things are quiet. sent13: If something is quiet then it is nice. sent14: All smart things are furry. sent15: All furry, round things are young.

$answer$ = False ; $proof$ = # sent8%int1 # sent15%int2 & # sent9%int3 & # sent13%int4 # sent12%int5 sent7 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is cold. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = sent2


$answer$ ; $proof$ ; $question$ = Charlie is not smart. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = sent1


$answer$ ; $proof$ ; $question$ = Charlie is kind. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = # sent14%int1 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is not kind. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = # sent14%int1 sent3 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is red. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = # sent13%int1 & sent3 # sent14%int2 sent3 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Erin is not red. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = # sent13%int1 & sent5 # sent14%int2 sent5 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is white. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = # sent9%int1 # sent13%int2 & sent3 # sent14%int3 sent3 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Erin is not round. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = # sent8%int1 & # sent14%int3 sent5 # sent10%int2 & sent4 # sent14%int3 sent5 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is cold. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = # sent11%int1 & # sent13%int3 & sent1 # sent14%int4 sent1 # sent9%int2 # sent13%int3 & sent1 # sent14%int4 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is not cold. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = # sent11%int1 & # sent13%int3 & sent1 # sent14%int4 sent1 # sent9%int2 # sent13%int3 & sent1 # sent14%int4 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is nice. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = True ; $proof$ = # sent10%int1 & # sent11%int2 & # sent13%int4 & sent1 # sent14%int5 sent1 # sent9%int3 # sent13%int4 & sent1 # sent14%int5 sent1 # sent14%int5 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is not nice. ; $context$ = sent1: Charlie is smart. sent2: Dave is cold. sent3: Dave is smart. sent4: Erin is cold. sent5: Erin is smart. sent6: Erin is white. sent7: Fiona is cold. sent8: If someone is kind and nice then they are round. sent9: All red people are white. sent10: Cold, kind people are nice. sent11: All red, white people are cold. sent12: All nice people are kind. sent13: All smart, kind people are red. sent14: Smart people are kind.

$answer$ = False ; $proof$ = # sent10%int1 & # sent11%int2 & # sent13%int4 & sent1 # sent14%int5 sent1 # sent9%int3 # sent13%int4 & sent1 # sent14%int5 sent1 # sent14%int5 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is big. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = sent5


$answer$ ; $proof$ ; $question$ = Harry is not big. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = sent8


$answer$ ; $proof$ ; $question$ = Harry is round. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = # sent13%int1 sent9 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not furry. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = # sent12%int1 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is round. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = # sent13%int1 # sent12%int2 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Harry is not nice. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = # sent16%int1 # sent13%int2 sent9 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is nice. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = # sent16%int1 # sent13%int2 # sent12%int3 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not nice. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = # sent16%int1 # sent13%int2 # sent12%int3 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is red. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = # sent19%int1 & # sent16%int2 # sent13%int3 # sent12%int4 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not red. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = # sent19%int1 & # sent16%int2 # sent13%int3 # sent12%int4 sent7 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is young. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = True ; $proof$ = # sent15%int1 & # sent19%int2 & # sent16%int3 # sent13%int4 # sent12%int5 sent7 sent7 # sent13%int4 # sent12%int5 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not young. ; $context$ = sent1: Anne is big. sent2: Anne is nice. sent3: Anne is red. sent4: Anne is young. sent5: Charlie is big. sent6: Charlie is nice. sent7: Fiona is white. sent8: Harry is big. sent9: Harry is furry. sent10: Harry is white. sent11: Harry is young. sent12: White people are furry. sent13: If someone is furry then they are round. sent14: If Fiona is nice and Fiona is red then Fiona is white. sent15: Red, round people are young. sent16: Round people are nice. sent17: If Fiona is nice and Fiona is furry then Fiona is round. sent18: All nice, furry people are round. sent19: Nice, white people are red.

$answer$ = False ; $proof$ = # sent15%int1 & # sent19%int2 & # sent16%int3 # sent13%int4 # sent12%int5 sent7 sent7 # sent13%int4 # sent12%int5 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is cold. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = sent4


$answer$ ; $proof$ ; $question$ = Bob is not big. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = sent1


$answer$ ; $proof$ ; $question$ = Charlie is white. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = # sent10%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Charlie is not white. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = # sent10%int1 sent4 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is white. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = # sent15%int1 # sent12%int2 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Fiona is not kind. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = # sent13%int1 # sent12%int2 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is green. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = # sent14%int1 & # sent13%int2 # sent11%int3 sent6 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Bob is not red. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = # sent8%int1 & # sent10%int4 sent2 # sent14%int2 & # sent13%int3 sent3 sent1 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is white. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = # sent10%int1 # sent9%int2 # sent13%int3 # sent11%int4 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is not white. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = # sent10%int1 # sent9%int2 # sent13%int3 # sent11%int4 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is red. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = True ; $proof$ = # sent8%int1 & # sent10%int3 # sent9%int4 # sent13%int5 # sent11%int6 sent6 # sent14%int2 & # sent13%int5 # sent11%int6 sent6 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = Dave is not red. ; $context$ = sent1: Bob is big. sent2: Bob is cold. sent3: Bob is smart. sent4: Charlie is cold. sent5: Charlie is smart. sent6: Dave is big. sent7: Fiona is red. sent8: If something is white and green then it is red. sent9: If something is kind then it is cold. sent10: If something is cold then it is white. sent11: If something is big then it is smart. sent12: All red things are smart. sent13: All smart things are kind. sent14: Kind, big things are green. sent15: If Fiona is smart then Fiona is white.

$answer$ = False ; $proof$ = # sent8%int1 & # sent10%int3 # sent9%int4 # sent13%int5 # sent11%int6 sent6 # sent14%int2 & # sent13%int5 # sent11%int6 sent6 sent6 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.


$answer$ ; $proof$ ; $question$ = The dog likes the bear. ; $context$ = sent1: The bear visits the rabbit. sent2: The dog is round. sent3: The dog likes the bear. sent4: The rabbit is nice. sent5: The rabbit is red. sent6: The rabbit likes the bear. sent7: The rabbit visits the bear. sent8: The rabbit visits the tiger. sent9: The tiger is red. sent10: The tiger likes the dog. sent11: The tiger sees the rabbit. sent12: The tiger visits the rabbit. sent13: If something is cold and round then it likes the tiger. sent14: If something visits the tiger then it visits the rabbit. sent15: All nice things are cold. sent16: If something likes the dog then the dog visits the tiger. sent17: If something visits the rabbit and it likes the dog then the dog visits the bear. sent18: If something visits the rabbit and the rabbit visits the tiger then it is nice. sent19: If something visits the bear then it is round.

$answer$ = True ; $proof$ = sent3


$answer$ ; $proof$ ; $question$ = The rabbit is not nice. ; $context$ = sent1: The bear visits the rabbit. sent2: The dog is round. sent3: The dog likes the bear. sent4: The rabbit is nice. sent5: The rabbit is red. sent6: The rabbit likes the bear. sent7: The rabbit visits the bear. sent8: The rabbit visits the tiger. sent9: The tiger is red. sent10: The tiger likes the dog. sent11: The tiger sees the rabbit. sent12: The tiger visits the rabbit. sent13: If something is cold and round then it likes the tiger. sent14: If something visits the tiger then it visits the rabbit. sent15: All nice things are cold. sent16: If something likes the dog then the dog visits the tiger. sent17: If something visits the rabbit and it likes the dog then the dog visits the bear. sent18: If something visits the rabbit and the rabbit visits the tiger then it is nice. sent19: If something visits the bear then it is round.

$answer$ = False ; $proof$ = sent4


$answer$ ; $proof$ ; $question$ = The rabbit is round. ; $context$ = sent1: The bear visits the rabbit. sent2: The dog is round. sent3: The dog likes the bear. sent4: The rabbit is nice. sent5: The rabbit is red. sent6: The rabbit likes the bear. sent7: The rabbit visits the bear. sent8: The rabbit visits the tiger. sent9: The tiger is red. sent10: The tiger likes the dog. sent11: The tiger sees the rabbit. sent12: The tiger visits the rabbit. sent13: If something is cold and round then it likes the tiger. sent14: If something visits the tiger then it visits the rabbit. sent15: All nice things are cold. sent16: If something likes the dog then the dog visits the tiger. sent17: If something visits the rabbit and it likes the dog then the dog visits the bear. sent18: If something visits the rabbit and the rabbit visits the tiger then it is nice. sent19: If something visits the bear then it is round.

$answer$ = True ; $proof$ = # sent19%int1 sent7 ; with int1: Harry is furry. ; int1: Harry is big. ; int1: Harry is smart. ; int1: Harry is quiet.