id stringlengths 10 12 | context stringlengths 262 445 | query stringlengths 53 68 | question stringlengths 380 572 | answer stringclasses 2
values | options listlengths 2 2 | split stringclasses 1
value | source_dataset stringclasses 1
value | formalized_constants stringclasses 9
values | formalized_predicates stringlengths 196 375 | formalized_premises stringlengths 185 293 | formalized_conclusion stringclasses 32
values | raw_logic_program stringlengths 615 1.51k |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
ProntoQA_1 | Jompuses are not shy. Jompuses are yumpuses. Each yumpus is aggressive. Each yumpus is a dumpus. Dumpuses are not wooden. Dumpuses are wumpuses. Wumpuses are red. Every wumpus is an impus. Each impus is opaque. Impuses are tumpuses. Numpuses are sour. Tumpuses are not sour. Tumpuses are vumpuses. Vumpuses are earthy. E... | Is the following statement true or false? Max is sour. | Theory:
Jompuses are not shy. Jompuses are yumpuses. Each yumpus is aggressive. Each yumpus is a dumpus. Dumpuses are not wooden. Dumpuses are wumpuses. Wumpuses are red. Every wumpus is an impus. Each impus is opaque. Impuses are tumpuses. Numpuses are sour. Tumpuses are not sour. Tumpuses are vumpuses. Vumpuses are e... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a yumpus
Qx: x is a jompus
Rx: x is shy
Sx: x is aggressive
Tx: x is a dumpus
Ux: x is wooden
Vx: x is a wumpus
Wx: x is red
Xx: x is an impus
Yx: x is opaque
Zx: x is a tumpus
Bx: x is a numpus
Cx: x is sour
Dx: x is a vumpus
Fx: x is earthy
Gx: x is a zumpus
Hx: x is small
Ix: x is a rompus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Px)
4. Ax(Px -> Sx)
5. Ax(Px -> Tx)
6. Ax(Tx -> ~Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Bx -> Cx)
13. Ax(Zx -> ~Cx)
14. Ax(Zx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ca | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Shy($x, bool) ::: Is x shy?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Aggressive($x, bool) ::: Is x aggressive?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Wooden($x, bool) ::: Is x wooden?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Red($x, bool) ::: Is... |
ProntoQA_2 | Every tumpus is not angry. Tumpuses are rompuses. Every numpus is not bright. Rompuses are not luminous. Rompuses are yumpuses. Yumpuses are transparent. Yumpuses are zumpuses. Each zumpus is not bitter. Zumpuses are impuses. Impuses are red. Each impus is a dumpus. Every dumpus is happy. Each dumpus is a vumpus. Vumpu... | Is the following statement true or false? Stella is bright. | Theory:
Every tumpus is not angry. Tumpuses are rompuses. Every numpus is not bright. Rompuses are not luminous. Rompuses are yumpuses. Yumpuses are transparent. Yumpuses are zumpuses. Each zumpus is not bitter. Zumpuses are impuses. Impuses are red. Each impus is a dumpus. Every dumpus is happy. Each dumpus is a vumpu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a yumpus
Qx: x is a tumpus
Rx: x is angry
Sx: x is a rompus
Tx: x is a numpus
Ux: x is bright
Vx: x is luminous
Wx: x is transparent
Xx: x is a zumpus
Yx: x is bitter
Zx: x is an impus
Bx: x is red
Cx: x is a dumpus
Dx: x is happy
Fx: x is a vumpus
Gx: x is a jompus
Hx: x is large
Ix: x is a wumpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Tx -> ~Ux)
5. Ax(Sx -> ~Vx)
6. Ax(Sx -> Px)
7. Ax(Px -> Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Ux)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | Ua | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Angry($x, bool) ::: Is x angry?
Rompus($x, bool) ::: Does x belong to Rompus?
Numpus($x, bool) ::: Does x belong to Numpus?
Bright($x, bool) ::: Is x bright?
Luminous($x, bool) ::: Is x luminous?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Transparent($x, bool... |
ProntoQA_3 | Vumpuses are floral. Vumpuses are tumpuses. Tumpuses are brown. Each tumpus is a wumpus. Wumpuses are small. Each wumpus is a rompus. Each zumpus is metallic. Every rompus is happy. Rompuses are impuses. Each impus is amenable. Each impus is a dumpus. Every dumpus is not metallic. Dumpuses are numpuses. Each numpus is ... | Is the following statement true or false? Wren is not metallic. | Theory:
Vumpuses are floral. Vumpuses are tumpuses. Tumpuses are brown. Each tumpus is a wumpus. Wumpuses are small. Each wumpus is a rompus. Each zumpus is metallic. Every rompus is happy. Rompuses are impuses. Each impus is amenable. Each impus is a dumpus. Every dumpus is not metallic. Dumpuses are numpuses. Each nu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a tumpus
Qx: x is a vumpus
Rx: x is floral
Sx: x is brown
Tx: x is a wumpus
Ux: x is small
Vx: x is a rompus
Wx: x is a zumpus
Xx: x is metallic
Yx: x is happy
Zx: x is an impus
Bx: x is amenable
Cx: x is a dumpus
Dx: x is a numpus
Fx: x is bitter
Gx: x is a jompus
Hx: x is cold
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Px)
4. Ax(Px -> Sx)
5. Ax(Px -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Wx -> Xx)
9. Ax(Vx -> Yx)
10. Ax(Vx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Xx)
14. Ax(Cx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Xa | Predicates:
Vumpus($x, bool) ::: Does x belong to Vumpus?
Floral($x, bool) ::: Is x floral?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Brown($x, bool) ::: Is x brown?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Small($x, bool) ::: Is x small?
Rompus($x, bool) ::: Does x belong to Rompus?
Zumpus($x, bool) ::: Does ... |
ProntoQA_4 | Rompuses are spicy. Every rompus is an impus. Yumpuses are not small. Impuses are orange. Impuses are zumpuses. Zumpuses are not hot. Zumpuses are numpuses. Numpuses are metallic. Numpuses are wumpuses. Every wumpus is not kind. Each wumpus is a dumpus. Each dumpus is not bright. Every dumpus is a jompus. Jompuses are ... | Is the following statement true or false? Alex is not small. | Theory:
Rompuses are spicy. Every rompus is an impus. Yumpuses are not small. Impuses are orange. Impuses are zumpuses. Zumpuses are not hot. Zumpuses are numpuses. Numpuses are metallic. Numpuses are wumpuses. Every wumpus is not kind. Each wumpus is a dumpus. Each dumpus is not bright. Every dumpus is a jompus. Jompu... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is a zumpus
Qx: x is a rompus
Rx: x is spicy
Sx: x is an impus
Tx: x is a yumpus
Ux: x is small
Vx: x is orange
Wx: x is hot
Xx: x is a numpus
Yx: x is metallic
Zx: x is a wumpus
Bx: x is kind
Cx: x is a dumpus
Dx: x is bright
Fx: x is a jompus
Gx: x is a vumpus
Hx: x is shy
Ix: x is a tumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Tx -> ~Ux)
5. Ax(Sx -> Vx)
6. Ax(Sx -> Px)
7. Ax(Px -> ~Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Ux)
16. Ax(Fx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Ua | Predicates:
Spicy($x, bool) ::: Is x spicy?
Impus($x, bool) ::: Does x belong to Impus?
Small($x, bool) ::: Is x small?
Hot($x, bool) ::: Is x hot?
Metallic($x, bool) ::: Is x metallic?
Kind($x, bool) ::: Is x kind?
Bright($x, bool) ::: Is x bright?
Facts:
Zumpus(Alex, True)
Rules:
Rompus($x, True) >>> Spicy($x, True... |
ProntoQA_5 | Rompuses are mean. Rompuses are zumpuses. Each zumpus is not happy. Each zumpus is a numpus. Each numpus is not temperate. Each numpus is a tumpus. Tumpuses are not large. Tumpuses are yumpuses. Every yumpus is earthy. Each yumpus is a jompus. Jompuses are blue. Every jompus is a wumpus. Wumpuses are not dull. Wumpuses... | Is the following statement true or false? Alex is not dull. | Theory:
Rompuses are mean. Rompuses are zumpuses. Each zumpus is not happy. Each zumpus is a numpus. Each numpus is not temperate. Each numpus is a tumpus. Tumpuses are not large. Tumpuses are yumpuses. Every yumpus is earthy. Each yumpus is a jompus. Jompuses are blue. Every jompus is a wumpus. Wumpuses are not dull. ... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is a numpus
Qx: x is a rompus
Rx: x is mean
Sx: x is a zumpus
Tx: x is happy
Ux: x is temperate
Vx: x is a tumpus
Wx: x is large
Xx: x is a yumpus
Yx: x is earthy
Zx: x is a jompus
Bx: x is blue
Cx: x is a wumpus
Dx: x is dull
Fx: x is an impus
Gx: x is a vumpus
Hx: x is sour
Ix: x is a dumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> ~Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> ~Dx)
15. Ax(Cx -> Fx)
16. Ax(Gx -> Dx)
17. Ax(Fx -> Hx)
18. Ax(Fx -> Ix) | ~Da | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Mean($x, bool) ::: Is x mean?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Happy($x, bool) ::: Is x happy?
Numpus($x, bool) ::: Does x belong to Numpus?
Temperate($x, bool) ::: Is x temperate?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Large($x, bool) ::: Is... |
ProntoQA_6 | Every tumpus is large. Tumpuses are wumpuses. Each wumpus is not opaque. Every dumpus is not dull. Every wumpus is a rompus. Every rompus is brown. Each rompus is a vumpus. Each vumpus is temperate. Vumpuses are jompuses. Jompuses are dull. Jompuses are numpuses. Every numpus is liquid. Each numpus is an impus. Impuses... | Is the following statement true or false? Wren is dull. | Theory:
Every tumpus is large. Tumpuses are wumpuses. Each wumpus is not opaque. Every dumpus is not dull. Every wumpus is a rompus. Every rompus is brown. Each rompus is a vumpus. Each vumpus is temperate. Vumpuses are jompuses. Jompuses are dull. Jompuses are numpuses. Every numpus is liquid. Each numpus is an impus.... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a tumpus
Qx: x is large
Rx: x is a wumpus
Sx: x is opaque
Tx: x is a dumpus
Ux: x is dull
Vx: x is a rompus
Wx: x is brown
Xx: x is a vumpus
Yx: x is temperate
Zx: x is a jompus
Bx: x is a numpus
Cx: x is liquid
Dx: x is an impus
Fx: x is spicy
Gx: x is a yumpus
Hx: x is nervous
Ix: x is a zumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> ~Sx)
5. Ax(Tx -> ~Ux)
6. Ax(Rx -> Vx)
7. Ax(Vx -> Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Ux)
12. Ax(Zx -> Bx)
13. Ax(Bx -> Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | Ua | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Large($x, bool) ::: Is x large?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Opaque($x, bool) ::: Is x opaque?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Dull($x, bool) ::: Is x dull?
Rompus($x, bool) ::: Does x belong to Rompus?
Brown($x, bool) ::: Is x bro... |
ProntoQA_7 | Every rompus is orange. Every rompus is an impus. Vumpuses are happy. Every impus is spicy. Every impus is a wumpus. Wumpuses are transparent. Wumpuses are numpuses. Every numpus is not kind. Numpuses are tumpuses. Each tumpus is not bright. Tumpuses are yumpuses. Every yumpus is not liquid. Yumpuses are dumpuses. Each... | Is the following statement true or false? Stella is happy. | Theory:
Every rompus is orange. Every rompus is an impus. Vumpuses are happy. Every impus is spicy. Every impus is a wumpus. Wumpuses are transparent. Wumpuses are numpuses. Every numpus is not kind. Numpuses are tumpuses. Each tumpus is not bright. Tumpuses are yumpuses. Every yumpus is not liquid. Yumpuses are dumpus... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a wumpus
Qx: x is a rompus
Rx: x is orange
Sx: x is an impus
Tx: x is a vumpus
Ux: x is happy
Vx: x is spicy
Wx: x is transparent
Xx: x is a numpus
Yx: x is kind
Zx: x is a tumpus
Bx: x is bright
Cx: x is a yumpus
Dx: x is liquid
Fx: x is a dumpus
Gx: x is a zumpus
Hx: x is earthy
Ix: x is a jompus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Tx -> Ux)
5. Ax(Sx -> Vx)
6. Ax(Sx -> Px)
7. Ax(Px -> Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> ~Ux)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ua | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Orange($x, bool) ::: Is x orange?
Impus($x, bool) ::: Does x belong to Impus?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Happy($x, bool) ::: Is x happy?
Spicy($x, bool) ::: Is x spicy?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Transparent($x, bool) ::: Is... |
ProntoQA_8 | Every jompus is sour. Each jompus is a rompus. Rompuses are not kind. Every rompus is a zumpus. Every zumpus is feisty. Zumpuses are tumpuses. Tumpuses are small. Tumpuses are wumpuses. Wumpuses are opaque. Wumpuses are impuses. Every yumpus is hot. Impuses are brown. Impuses are dumpuses. Dumpuses are not hot. Every d... | Is the following statement true or false? Alex is hot. | Theory:
Every jompus is sour. Each jompus is a rompus. Rompuses are not kind. Every rompus is a zumpus. Every zumpus is feisty. Zumpuses are tumpuses. Tumpuses are small. Tumpuses are wumpuses. Wumpuses are opaque. Wumpuses are impuses. Every yumpus is hot. Impuses are brown. Impuses are dumpuses. Dumpuses are not hot.... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is a zumpus
Qx: x is a jompus
Rx: x is sour
Sx: x is a rompus
Tx: x is kind
Ux: x is feisty
Vx: x is tumpuses
Wx: x is small
Xx: x is a wumpus
Yx: x is opaque
Zx: x is impuses
Bx: x is a yumpus
Cx: x is hot
Dx: x is brown
Fx: x is a dumpus
Gx: x is a vumpus
Hx: x is dull
Ix: x is a numpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Bx -> Cx)
13. Ax(Zx -> Dx)
14. Ax(Zx -> Fx)
15. Ax(Fx -> ~Cx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ca | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Sour($x, bool) ::: Is x sour?
Rompus($x, bool) ::: Does x belong to Rompus?
Kind($x, bool) ::: Is x kind?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Feisty($x, bool) ::: Is x feisty?
Tumpuses($x, bool) ::: Does x belong to Tumpuses?
Small($x, bool) ::: Is x s... |
ProntoQA_9 | Every dumpus is not shy. Each dumpus is a tumpus. Rompuses are not wooden. Tumpuses are opaque. Every tumpus is a wumpus. Wumpuses are not floral. Each wumpus is an impus. Impuses are bitter. Every impus is a vumpus. Vumpuses are small. Each vumpus is a numpus. Every numpus is wooden. Each numpus is a yumpus. Each yump... | Is the following statement true or false? Wren is wooden. | Theory:
Every dumpus is not shy. Each dumpus is a tumpus. Rompuses are not wooden. Tumpuses are opaque. Every tumpus is a wumpus. Wumpuses are not floral. Each wumpus is an impus. Impuses are bitter. Every impus is a vumpus. Vumpuses are small. Each vumpus is a numpus. Every numpus is wooden. Each numpus is a yumpus. E... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a tumpus
Qx: x is a dumpus
Rx: x is shy
Sx: x is a rompus
Tx: x is wooden
Ux: x is opaque
Vx: x is a wumpus
Wx: x is floral
Xx: x is an impus
Yx: x is bitter
Zx: x is a vumpus
Bx: x is small
Cx: x is a numpus
Dx: x is a yumpus
Fx: x is orange
Gx: x is a jompus
Hx: x is amenable
Ix: x is a zumpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Px)
4. Ax(Sx -> ~Tx)
5. Ax(Px -> Ux)
6. Ax(Px -> Vx)
7. Ax(Vx -> ~Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Tx)
14. Ax(Cx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | Ta | Predicates:
Dumpus($x, bool) ::: Does x belong to Dumpus?
Shy($x, bool) ::: Is x shy?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Rompus($x, bool) ::: Does x belong to Rompus?
Wooden($x, bool) ::: Is x wooden?
Opaque($x, bool) ::: Is x opaque?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Floral($x, bool) ::: Is x fl... |
ProntoQA_10 | Every impus is earthy. Each impus is a jompus. Jompuses are small. Jompuses are rompuses. Rompuses are not amenable. Rompuses are wumpuses. Wumpuses are wooden. Wumpuses are zumpuses. Every zumpus is temperate. Every zumpus is a dumpus. Dumpuses are dull. Dumpuses are vumpuses. Every vumpus is not shy. Every yumpus is ... | Is the following statement true or false? Fae is sweet. | Theory:
Every impus is earthy. Each impus is a jompus. Jompuses are small. Jompuses are rompuses. Rompuses are not amenable. Rompuses are wumpuses. Wumpuses are wooden. Wumpuses are zumpuses. Every zumpus is temperate. Every zumpus is a dumpus. Dumpuses are dull. Dumpuses are vumpuses. Every vumpus is not shy. Every yu... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a wumpus
Qx: x is an impus
Rx: x is earthy
Sx: x is a jompus
Tx: x is small
Ux: x is a rompus
Vx: x is amenable
Wx: x is wooden
Xx: x is a zumpus
Yx: x is temperate
Zx: x is a dumpus
Bx: x is dull
Cx: x is a vumpus
Dx: x is shy
Fx: x is a yumpus
Gx: x is sweet
Hx: x is a numpus
Ix: x is a tumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> ~Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> ~Dx)
15. Ax(Fx -> Gx)
16. Ax(Cx -> Hx)
17. Ax(Hx -> ~Gx)
18. Ax(Hx -> Ix) | ~Ga | Predicates:
Impus($x, bool) ::: Does x belong to Impus?
Earthy($x, bool) ::: Is x earthy?
Jompus($x, bool) ::: Does x belong to Jompus?
Small($x, bool) ::: Is x small?
Rompus($x, bool) ::: Does x belong to Rompus?
Amenable($x, bool) ::: Is x amenable?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Wooden($x, bool) ::: I... |
ProntoQA_11 | Each jompus is not amenable. Wumpuses are not fruity. Every jompus is a vumpus. Every vumpus is not shy. Every vumpus is a rompus. Rompuses are not bitter. Rompuses are dumpuses. Dumpuses are opaque. Every dumpus is a yumpus. Every yumpus is orange. Yumpuses are zumpuses. Zumpuses are fruity. Each zumpus is a numpus. N... | Is the following statement true or false? Sam is not fruity. | Theory:
Each jompus is not amenable. Wumpuses are not fruity. Every jompus is a vumpus. Every vumpus is not shy. Every vumpus is a rompus. Rompuses are not bitter. Rompuses are dumpuses. Dumpuses are opaque. Every dumpus is a yumpus. Every yumpus is orange. Yumpuses are zumpuses. Zumpuses are fruity. Each zumpus is a n... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a vumpus
Qx: x is a jompus
Rx: x is amenable
Sx: x is a wumpus
Tx: x is fruity
Ux: x is shy
Vx: x is a rompus
Wx: x is bitter
Xx: x is a dumpus
Yx: x is opaque
Zx: x is a yumpus
Bx: x is orange
Cx: x is a zumpus
Dx: x is a numpus
Fx: x is metallic
Gx: x is a tumpus
Hx: x is large
Ix: x is an impus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Sx -> ~Tx)
4. Ax(Qx -> Px)
5. Ax(Px -> ~Ux)
6. Ax(Px -> Vx)
7. Ax(Vx -> ~Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Tx)
14. Ax(Cx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ta | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Amenable($x, bool) ::: Is x amenable?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Fruity($x, bool) ::: Is x fruity?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Shy($x, bool) ::: Is x shy?
Rompus($x, bool) ::: Does x belong to Rompus?
Bitter($x, bool) ::: Is ... |
ProntoQA_12 | Each tumpus is orange. Tumpuses are numpuses. Numpuses are small. Numpuses are vumpuses. Every vumpus is sour. Vumpuses are dumpuses. Each dumpus is cold. Every dumpus is a zumpus. Each zumpus is dull. Zumpuses are yumpuses. Jompuses are floral. Every yumpus is not amenable. Each yumpus is a rompus. Every rompus is opa... | Is the following statement true or false? Fae is not floral. | Theory:
Each tumpus is orange. Tumpuses are numpuses. Numpuses are small. Numpuses are vumpuses. Every vumpus is sour. Vumpuses are dumpuses. Each dumpus is cold. Every dumpus is a zumpus. Each zumpus is dull. Zumpuses are yumpuses. Jompuses are floral. Every yumpus is not amenable. Each yumpus is a rompus. Every rompu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a dumpus
Qx: x is a tumpus
Rx: x is orange
Sx: x is a numpus
Tx: x is small
Ux: x is a vumpus
Vx: x is sour
Wx: x is cold
Xx: x is a zumpus
Yx: x is dull
Zx: x is a yumpus
Bx: x is a jompus
Cx: x is floral
Dx: x is amenable
Fx: x is a rompus
Gx: x is opaque
Hx: x is an impus
Ix: x is a wumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Bx -> Cx)
13. Ax(Zx -> ~Dx)
14. Ax(Zx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Cx)
18. Ax(Hx -> Ix) | ~Ca | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Orange($x, bool) ::: Is x orange?
Numpus($x, bool) ::: Does x belong to Numpus?
Small($x, bool) ::: Is x small?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Sour($x, bool) ::: Is x sour?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Cold($x, bool) ::: Is x cold... |
ProntoQA_13 | Each yumpus is opaque. Each yumpus is a dumpus. Vumpuses are not dull. Dumpuses are floral. Each dumpus is a zumpus. Each zumpus is hot. Every zumpus is an impus. Each impus is large. Every impus is a rompus. Rompuses are spicy. Each rompus is a numpus. Numpuses are amenable. Each numpus is a jompus. Jompuses are dull.... | Is the following statement true or false? Max is dull. | Theory:
Each yumpus is opaque. Each yumpus is a dumpus. Vumpuses are not dull. Dumpuses are floral. Each dumpus is a zumpus. Each zumpus is hot. Every zumpus is an impus. Each impus is large. Every impus is a rompus. Rompuses are spicy. Each rompus is a numpus. Numpuses are amenable. Each numpus is a jompus. Jompuses a... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a zumpus
Qx: x is a yumpus
Rx: x is opaque
Sx: x is a dumpus
Tx: x is a vumpus
Ux: x is dull
Vx: x is floral
Wx: x is hot
Xx: x is an impus
Yx: x is large
Zx: x is a rompus
Bx: x is spicy
Cx: x is a numpus
Dx: x is amenable
Fx: x is a jompus
Gx: x is a wumpus
Hx: x is metallic
Ix: x is a tumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Tx -> ~Ux)
5. Ax(Sx -> Vx)
6. Ax(Sx -> Px)
7. Ax(Px -> Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Ux)
16. Ax(Fx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | Ua | Predicates:
Yumpus($x, bool) ::: Does x belong to Yumpus?
Opaque($x, bool) ::: Is x opaque?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Dull($x, bool) ::: Is x dull?
Floral($x, bool) ::: Is x floral?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Hot($x, bool) ::: Is x hot... |
ProntoQA_14 | Jompuses are large. Every jompus is a zumpus. Each zumpus is sweet. Zumpuses are numpuses. Every numpus is hot. Each tumpus is opaque. Numpuses are yumpuses. Every yumpus is brown. Each yumpus is a wumpus. Wumpuses are not opaque. Wumpuses are impuses. Fae is a jompus. | Is the following statement true or false? Fae is opaque. | Theory:
Jompuses are large. Every jompus is a zumpus. Each zumpus is sweet. Zumpuses are numpuses. Every numpus is hot. Each tumpus is opaque. Numpuses are yumpuses. Every yumpus is brown. Each yumpus is a wumpus. Wumpuses are not opaque. Wumpuses are impuses. Fae is a jompus.
Query:
Is the following statement true or... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a jompus
Qx: x is large
Rx: x is a zumpus
Sx: x is sweet
Tx: x is a numpus
Ux: x is hot
Vx: x is a tumpus
Wx: x is opaque
Xx: x is a yumpus
Yx: x is brown
Zx: x is a wumpus
Bx: x is impuses | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Vx -> Wx)
8. Ax(Tx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Wx)
12. Ax(Zx -> Bx) | ~Wa | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Large($x, bool) ::: Is x large?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Sweet($x, bool) ::: Is x sweet?
Numpus($x, bool) ::: Does x belong to Numpus?
Hot($x, bool) ::: Is x hot?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Opaque($x, bool) ::: Is x opaque... |
ProntoQA_15 | Jompuses are not small. Jompuses are tumpuses. Tumpuses are not kind. Each tumpus is a vumpus. Vumpuses are metallic. Vumpuses are numpuses. Each numpus is fruity. Each numpus is a dumpus. Dumpuses are nervous. Dumpuses are rompuses. Each rompus is opaque. Every wumpus is dull. Each rompus is a zumpus. Each zumpus is h... | Is the following statement true or false? Sam is not dull. | Theory:
Jompuses are not small. Jompuses are tumpuses. Tumpuses are not kind. Each tumpus is a vumpus. Vumpuses are metallic. Vumpuses are numpuses. Each numpus is fruity. Each numpus is a dumpus. Dumpuses are nervous. Dumpuses are rompuses. Each rompus is opaque. Every wumpus is dull. Each rompus is a zumpus. Each zum... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a numpus
Qx: x is a jompus
Rx: x is small
Sx: x is tumpuses
Tx: x is kind
Ux: x is a vumpuses
Vx: x is metallic
Wx: x is fruity
Xx: x is a dumpus
Yx: x is nervous
Zx: x is a rompus
Bx: x is opaque
Cx: x is a wumpus
Dx: x is dull
Fx: x is a zumpus
Gx: x is hot
Hx: x is an impuses
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> Bx)
13. Ax(Cx -> Dx)
14. Ax(Zx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Dx)
18. Ax(Hx -> Ix) | ~Da | Predicates:
Small($x, bool) ::: Is x small?
Kind($x, bool) ::: Is x kind?
Metallic($x, bool) ::: Is x metallic?
Nervous($x, bool) ::: Is x nervous?
Opaque($x, bool) ::: Is x opaque?
Hot($x, bool) ::: Is x hot?
Facts:
Numpus(Sam, True)
Rules:
Jompus($x, True) >>> Small($x, False)
Jompus($x, True) >>> Tumpuses($x, True... |
ProntoQA_16 | Yumpuses are hot. Each yumpus is a rompus. Rompuses are happy. Rompuses are impuses. Each impus is not amenable. Every impus is a dumpus. Dumpuses are opaque. Dumpuses are tumpuses. Numpuses are small. Tumpuses are orange. Every tumpus is a wumpus. Wumpuses are not small. Wumpuses are vumpuses. Every vumpus is fruity. ... | Is the following statement true or false? Sally is small. | Theory:
Yumpuses are hot. Each yumpus is a rompus. Rompuses are happy. Rompuses are impuses. Each impus is not amenable. Every impus is a dumpus. Dumpuses are opaque. Dumpuses are tumpuses. Numpuses are small. Tumpuses are orange. Every tumpus is a wumpus. Wumpuses are not small. Wumpuses are vumpuses. Every vumpus is ... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a rompus
Qx: x is a yumpus
Rx: x is hot
Sx: x is happy
Tx: x is impuses
Ux: x is amenable
Vx: x is a dumpus
Wx: x is opaque
Xx: x is tumpuses
Yx: x is a numpus
Zx: x is small
Bx: x is orange
Cx: x is a wumpus
Dx: x is vumpuses
Fx: x is fruity
Gx: x is a jompus
Hx: x is dull
Ix: x is a zumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Px)
4. Ax(Px -> Sx)
5. Ax(Px -> Tx)
6. Ax(Tx -> ~Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Yx -> Zx)
11. Ax(Xx -> Bx)
12. Ax(Xx -> Cx)
13. Ax(Cx -> ~Zx)
14. Ax(Cx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Za | Predicates:
Yumpus($x, bool) ::: Does x belong to Yumpus?
Hot($x, bool) ::: Is x hot?
Rompus($x, bool) ::: Does x belong to Rompus?
Happy($x, bool) ::: Is x happy?
Impuses($x, bool) ::: Does x belong to Impuses?
Amenable($x, bool) ::: Is x amenable?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Opaque($x, bool) ::: Is ... |
ProntoQA_17 | Each numpus is not nervous. Every numpus is a wumpus. Wumpuses are liquid. Each wumpus is a jompus. Jompuses are fruity. Zumpuses are not opaque. Each jompus is a yumpus. Every yumpus is kind. Yumpuses are vumpuses. Vumpuses are opaque. Every vumpus is an impus. Impuses are not small. Impuses are rompuses. Rompuses are... | Is the following statement true or false? Fae is not opaque. | Theory:
Each numpus is not nervous. Every numpus is a wumpus. Wumpuses are liquid. Each wumpus is a jompus. Jompuses are fruity. Zumpuses are not opaque. Each jompus is a yumpus. Every yumpus is kind. Yumpuses are vumpuses. Vumpuses are opaque. Every vumpus is an impus. Impuses are not small. Impuses are rompuses. Romp... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a numpus
Qx: x is nervous
Rx: x is a wumpus
Sx: x is liquid
Tx: x is a jompus
Ux: x is fruity
Vx: x is a zumpus
Wx: x is opaque
Xx: x is a yumpus
Yx: x is kind
Zx: x is a vumpus
Bx: x is an impus
Cx: x is small
Dx: x is a rompus
Fx: x is dull
Gx: x is a tumpus
Hx: x is temperate
Ix: x is a dumpus | 1. Pa
2. Ax(Px -> ~Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Vx -> ~Wx)
8. Ax(Tx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Wx)
12. Ax(Zx -> Bx)
13. Ax(Bx -> ~Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Wa | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Nervous($x, bool) ::: Is x nervous?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Liquid($x, bool) ::: Is x liquid?
Jompus($x, bool) ::: Does x belong to Jompus?
Fruity($x, bool) ::: Is x fruity?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Opaque($x, bool) :::... |
ProntoQA_18 | Each dumpus is bright. Each dumpus is a rompus. Every rompus is aggressive. Every rompus is a yumpus. Yumpuses are brown. Yumpuses are vumpuses. Every impus is fruity. Every vumpus is sour. Every vumpus is a numpus. Every numpus is not temperate. Every numpus is a zumpus. Zumpuses are metallic. Zumpuses are jompuses. E... | Is the following statement true or false? Sam is fruity. | Theory:
Each dumpus is bright. Each dumpus is a rompus. Every rompus is aggressive. Every rompus is a yumpus. Yumpuses are brown. Yumpuses are vumpuses. Every impus is fruity. Every vumpus is sour. Every vumpus is a numpus. Every numpus is not temperate. Every numpus is a zumpus. Zumpuses are metallic. Zumpuses are jom... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a yumpus
Qx: x is a dumpus
Rx: x is bright
Sx: x is a rompus
Tx: x is aggressive
Ux: x is brown
Vx: x is a vumpus
Wx: x is an impus
Xx: x is fruity
Yx: x is sour
Zx: x is a numpus
Bx: x is temperate
Cx: x is a zumpus
Dx: x is metallic
Fx: x is a jompus
Gx: x is a tumpus
Hx: x is opaque
Ix: x is a wumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Wx -> Xx)
9. Ax(Vx -> Yx)
10. Ax(Vx -> Zx)
11. Ax(Zx -> ~Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> ~Xx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | Xa | Predicates:
Dumpus($x, bool) ::: Does x belong to Dumpus?
Bright($x, bool) ::: Is x bright?
Rompus($x, bool) ::: Does x belong to Rompus?
Aggressive($x, bool) ::: Is x aggressive?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Brown($x, bool) ::: Is x brown?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Sour($x, bool) :... |
ProntoQA_19 | Each numpus is not opaque. Each numpus is a wumpus. Each wumpus is feisty. Wumpuses are tumpuses. Tumpuses are fruity. Every tumpus is a dumpus. Every dumpus is wooden. Each dumpus is a yumpus. Yumpuses are blue. Each yumpus is a zumpus. Every zumpus is spicy. Zumpuses are impuses. Each impus is not kind. Impuses are r... | Is the following statement true or false? Sam is not dull. | Theory:
Each numpus is not opaque. Each numpus is a wumpus. Each wumpus is feisty. Wumpuses are tumpuses. Tumpuses are fruity. Every tumpus is a dumpus. Every dumpus is wooden. Each dumpus is a yumpus. Yumpuses are blue. Each yumpus is a zumpus. Every zumpus is spicy. Zumpuses are impuses. Each impus is not kind. Impus... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a dumpus
Qx: x is a numpus
Rx: x is opaque
Sx: x is a wumpus
Tx: x is feisty
Ux: x is a wumpuses
Vx: x is tumpuses
Wx: x is fruity
Xx: x is a tumpus
Yx: x is wooden
Zx: x is a yumpus
Bx: x is blue
Cx: x is a zumpus
Dx: x is spicy
Fx: x is a zumpuses
Gx: x is impuses
Hx: x is an impus
Ix: x is kind
Jx: x is a r... | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Ux -> Vx)
6. Ax(Vx -> Wx)
7. Ax(Xx -> Px)
8. Ax(Px -> Yx)
9. Ax(Px -> Zx)
10. Ax(Zx -> Bx)
11. Ax(Zx -> Cx)
12. Ax(Cx -> Dx)
13. Ax(Fx -> Gx)
14. Ax(Hx -> ~Ix)
15. Ax(Gx -> Jx)
16. Ax(Kx -> ~Lx)
17. Ax(Jx -> Lx)
18. Ax(Jx -> Mx) | ~La | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Opaque($x, bool) ::: Is x opaque?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Feisty($x, bool) ::: Is x feisty?
Tumpuses($x, bool) ::: Does x belong to Tumpuses?
Fruity($x, bool) ::: Is x fruity?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Wooden($x, bool) :... |
ProntoQA_20 | Each yumpus is not small. Each yumpus is a dumpus. Each dumpus is opaque. Every dumpus is a jompus. Each jompus is shy. Each numpus is sour. Every jompus is a tumpus. Each tumpus is brown. Each tumpus is a vumpus. Vumpuses are dull. Vumpuses are wumpuses. Every wumpus is not sour. Wumpuses are rompuses. Each rompus is ... | Is the following statement true or false? Stella is sour. | Theory:
Each yumpus is not small. Each yumpus is a dumpus. Each dumpus is opaque. Every dumpus is a jompus. Each jompus is shy. Each numpus is sour. Every jompus is a tumpus. Each tumpus is brown. Each tumpus is a vumpus. Vumpuses are dull. Vumpuses are wumpuses. Every wumpus is not sour. Wumpuses are rompuses. Each ro... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a dumpus
Qx: x is a yumpus
Rx: x is small
Sx: x is opaque
Tx: x is a jompus
Ux: x is shy
Vx: x is a numpus
Wx: x is sour
Xx: x is a tumpus
Yx: x is brown
Zx: x is a vumpus
Bx: x is dull
Cx: x is a wumpus
Dx: x is a rompus
Fx: x is luminous
Gx: x is an impus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Px)
4. Ax(Px -> Sx)
5. Ax(Px -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Vx -> Wx)
8. Ax(Tx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Wx)
14. Ax(Cx -> Dx)
15. Ax(Dx -> ~Fx)
16. Ax(Dx -> Gx) | ~Wa | Predicates:
Yumpus($x, bool) ::: Does x belong to Yumpus?
Small($x, bool) ::: Is x small?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Opaque($x, bool) ::: Is x opaque?
Jompus($x, bool) ::: Does x belong to Jompus?
Shy($x, bool) ::: Is x shy?
Numpus($x, bool) ::: Does x belong to Numpus?
Sour($x, bool) ::: Is x sour?
... |
ProntoQA_21 | Vumpuses are earthy. Vumpuses are dumpuses. Dumpuses are not wooden. Dumpuses are numpuses. Every numpus is kind. Each numpus is a rompus. Each rompus is small. Every rompus is a jompus. Every jompus is bright. Jompuses are yumpuses. Yumpuses are orange. Every yumpus is a zumpus. Zumpuses are sour. Zumpuses are impuses... | Is the following statement true or false? Max is orange. | Theory:
Vumpuses are earthy. Vumpuses are dumpuses. Dumpuses are not wooden. Dumpuses are numpuses. Every numpus is kind. Each numpus is a rompus. Each rompus is small. Every rompus is a jompus. Every jompus is bright. Jompuses are yumpuses. Yumpuses are orange. Every yumpus is a zumpus. Zumpuses are sour. Zumpuses are... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a dumpus
Qx: x is a vumpus
Rx: x is earthy
Sx: x is wooden
Tx: x is a numpus
Ux: x is kind
Vx: x is a rompus
Wx: x is small
Xx: x is a jompus
Yx: x is bright
Zx: x is a yumpus
Bx: x is orange
Cx: x is a zumpus
Dx: x is sour
Fx: x is an impus
Gx: x is transparent
Hx: x is a tumpus
Ix: x is a wumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Px)
4. Ax(Px -> ~Sx)
5. Ax(Px -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> Dx)
15. Ax(Cx -> Fx)
16. Ax(Fx -> Gx)
17. Ax(Hx -> ~Bx)
18. Ax(Fx -> Ix) | Ba | Predicates:
Vumpus($x, bool) ::: Does x belong to Vumpus?
Earthy($x, bool) ::: Is x earthy?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Wooden($x, bool) ::: Is x wooden?
Numpus($x, bool) ::: Does x belong to Numpus?
Kind($x, bool) ::: Is x kind?
Rompus($x, bool) ::: Does x belong to Rompus?
Small($x, bool) ::: Is x s... |
ProntoQA_22 | Every wumpus is sour. Wumpuses are yumpuses. Each yumpus is aggressive. Every yumpus is a tumpus. Every tumpus is transparent. Tumpuses are vumpuses. Vumpuses are wooden. Each vumpus is a jompus. Each impus is not feisty. Every jompus is large. Jompuses are numpuses. Numpuses are red. Numpuses are rompuses. Every rompu... | Is the following statement true or false? Wren is not feisty. | Theory:
Every wumpus is sour. Wumpuses are yumpuses. Each yumpus is aggressive. Every yumpus is a tumpus. Every tumpus is transparent. Tumpuses are vumpuses. Vumpuses are wooden. Each vumpus is a jompus. Each impus is not feisty. Every jompus is large. Jompuses are numpuses. Numpuses are red. Numpuses are rompuses. Eve... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a tumpus
Qx: x is a wumpus
Rx: x is sour
Sx: x is a yumpus
Tx: x is aggressive
Ux: x is transparent
Vx: x is a vumpus
Wx: x is wooden
Xx: x is a jompus
Yx: x is an impus
Zx: x is feisty
Bx: x is large
Cx: x is a numpus
Dx: x is red
Fx: x is a rompus
Gx: x is a zumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Yx -> ~Zx)
11. Ax(Xx -> Bx)
12. Ax(Xx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Zx)
16. Ax(Fx -> Gx) | ~Za | Predicates:
Wumpus($x, bool) ::: Does x belong to Wumpus?
Sour($x, bool) ::: Is x sour?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Aggressive($x, bool) ::: Is x aggressive?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Transparent($x, bool) ::: Is x transparent?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Wooden($... |
ProntoQA_23 | Every zumpus is not opaque. Each zumpus is a numpus. Numpuses are brown. Numpuses are dumpuses. Each dumpus is amenable. Impuses are not bitter. Every dumpus is a vumpus. Each vumpus is not cold. Each vumpus is a tumpus. Every tumpus is wooden. Every tumpus is a rompus. Each rompus is floral. Rompuses are yumpuses. Yum... | Is the following statement true or false? Sally is bitter. | Theory:
Every zumpus is not opaque. Each zumpus is a numpus. Numpuses are brown. Numpuses are dumpuses. Each dumpus is amenable. Impuses are not bitter. Every dumpus is a vumpus. Each vumpus is not cold. Each vumpus is a tumpus. Every tumpus is wooden. Every tumpus is a rompus. Each rompus is floral. Rompuses are yumpu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a dumpus
Qx: x is a zumpus
Rx: x is opaque
Sx: x is a numpus
Tx: x is brown
Ux: x is amenable
Vx: x is an impuses
Wx: x is bitter
Xx: x is a vumpus
Yx: x is cold
Zx: x is a tumpus
Bx: x is wooden
Cx: x is a rompus
Dx: x is floral
Fx: x is a yumpus
Gx: x is a wumpus
Hx: x is feisty
Ix: x is a jompus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Vx -> ~Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Wx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | Wa | Predicates:
Zumpus($x, bool) ::: Does x belong to Zumpus?
Opaque($x, bool) ::: Is x opaque?
Numpus($x, bool) ::: Does x belong to Numpus?
Brown($x, bool) ::: Is x brown?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Amenable($x, bool) ::: Is x amenable?
Impuses($x, bool) ::: Does x belong to Impuses?
Bitter($x, bool) :... |
ProntoQA_24 | Every numpus is floral. Numpuses are jompuses. Jompuses are not nervous. Each jompus is an impus. Every impus is brown. Every dumpus is not amenable. Each impus is a wumpus. Wumpuses are not bitter. Each wumpus is a zumpus. Every zumpus is not small. Zumpuses are vumpuses. Vumpuses are hot. Vumpuses are rompuses. Rompu... | Is the following statement true or false? Alex is amenable. | Theory:
Every numpus is floral. Numpuses are jompuses. Jompuses are not nervous. Each jompus is an impus. Every impus is brown. Every dumpus is not amenable. Each impus is a wumpus. Wumpuses are not bitter. Each wumpus is a zumpus. Every zumpus is not small. Zumpuses are vumpuses. Vumpuses are hot. Vumpuses are rompuse... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is an impus
Qx: x is a numpus
Rx: x is floral
Sx: x is a jompus
Tx: x is nervous
Ux: x is brown
Vx: x is a dumpus
Wx: x is amenable
Xx: x is a wumpus
Yx: x is bitter
Zx: x is a zumpus
Bx: x is small
Cx: x is a vumpus
Dx: x is hot
Fx: x is a rompus
Gx: x is a tumpus
Hx: x is bright
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Vx -> ~Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Wx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | Wa | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Floral($x, bool) ::: Is x floral?
Jompus($x, bool) ::: Does x belong to Jompus?
Nervous($x, bool) ::: Is x nervous?
Impus($x, bool) ::: Does x belong to Impus?
Brown($x, bool) ::: Is x brown?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Amenable($x, bool) ::: I... |
ProntoQA_25 | Zumpuses are dull. Every vumpus is not transparent. Vumpuses are numpuses. Numpuses are blue. Numpuses are wumpuses. Wumpuses are liquid. Each wumpus is a tumpus. Tumpuses are not spicy. Tumpuses are rompuses. Each rompus is not dull. Rompuses are yumpuses. Every yumpus is floral. Every yumpus is an impus. Impuses are ... | Is the following statement true or false? Sam is not dull. | Theory:
Zumpuses are dull. Every vumpus is not transparent. Vumpuses are numpuses. Numpuses are blue. Numpuses are wumpuses. Wumpuses are liquid. Each wumpus is a tumpus. Tumpuses are not spicy. Tumpuses are rompuses. Each rompus is not dull. Rompuses are yumpuses. Every yumpus is floral. Every yumpus is an impus. Impu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a vumpus
Qx: x is a zumpus
Rx: x is dull
Sx: x is transparent
Tx: x is a numpus
Ux: x is blue
Vx: x is a wumpus
Wx: x is liquid
Xx: x is a tumpus
Yx: x is spicy
Zx: x is a rompus
Bx: x is a yumpus
Cx: x is floral
Dx: x is an impus
Fx: x is hot
Gx: x is a jompus
Hx: x is large
Ix: x is a dumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Px -> ~Sx)
4. Ax(Px -> Tx)
5. Ax(Tx -> Ux)
6. Ax(Tx -> Vx)
7. Ax(Vx -> Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Rx)
12. Ax(Zx -> Bx)
13. Ax(Bx -> Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ra | Predicates:
Zumpus($x, bool) ::: Does x belong to Zumpus?
Dull($x, bool) ::: Is x dull?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Transparent($x, bool) ::: Is x transparent?
Numpus($x, bool) ::: Does x belong to Numpus?
Blue($x, bool) ::: Is x blue?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Liquid($x, bool) :::... |
ProntoQA_26 | Each numpus is fruity. Every numpus is a tumpus. Every tumpus is dull. Every tumpus is a jompus. Every jompus is not orange. Each jompus is an impus. Each impus is not shy. Impuses are wumpuses. Wumpuses are sweet. Wumpuses are rompuses. Every rompus is not amenable. Each rompus is a zumpus. Every zumpus is large. Zump... | Is the following statement true or false? Rex is large. | Theory:
Each numpus is fruity. Every numpus is a tumpus. Every tumpus is dull. Every tumpus is a jompus. Every jompus is not orange. Each jompus is an impus. Each impus is not shy. Impuses are wumpuses. Wumpuses are sweet. Wumpuses are rompuses. Every rompus is not amenable. Each rompus is a zumpus. Every zumpus is lar... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Rex | Px: x is a jompus
Qx: x is a numpus
Rx: x is fruity
Sx: x is a tumpus
Tx: x is dull
Ux: x is orange
Vx: x is an impus
Wx: x is shy
Xx: x is an impuses
Yx: x is a wumpus
Zx: x is sweet
Bx: x is a rompus
Cx: x is amenable
Dx: x is a zumpus
Fx: x is large
Gx: x is a yumpus
Hx: x is a vumpus
Ix: x is transparent
Jx: x is a... | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> ~Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Xx -> Yx)
10. Ax(Yx -> Zx)
11. Ax(Yx -> Bx)
12. Ax(Bx -> ~Cx)
13. Ax(Bx -> Dx)
14. Ax(Dx -> Fx)
15. Ax(Dx -> Gx)
16. Ax(Hx -> ~Fx)
17. Ax(Gx -> Ix)
18. Ax(Gx -> Jx) | Fa | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Fruity($x, bool) ::: Is x fruity?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Dull($x, bool) ::: Is x dull?
Jompus($x, bool) ::: Does x belong to Jompus?
Orange($x, bool) ::: Is x orange?
Impus($x, bool) ::: Does x belong to Impus?
Shy($x, bool) ::: Is x shy?
... |
ProntoQA_27 | Wumpuses are not sour. Each wumpus is a rompus. Rompuses are dull. Each rompus is a dumpus. Every dumpus is feisty. Jompuses are aggressive. Dumpuses are tumpuses. Tumpuses are opaque. Every tumpus is a numpus. Numpuses are hot. Numpuses are zumpuses. Zumpuses are large. Every zumpus is a vumpus. Vumpuses are blue. Eve... | Is the following statement true or false? Fae is not aggressive. | Theory:
Wumpuses are not sour. Each wumpus is a rompus. Rompuses are dull. Each rompus is a dumpus. Every dumpus is feisty. Jompuses are aggressive. Dumpuses are tumpuses. Tumpuses are opaque. Every tumpus is a numpus. Numpuses are hot. Numpuses are zumpuses. Zumpuses are large. Every zumpus is a vumpus. Vumpuses are b... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is tumpuses
Qx: x is a wumpus
Rx: x is sour
Sx: x is a rompus
Tx: x is dull
Ux: x is a dumpus
Vx: x is feisty
Wx: x is a jompus
Xx: x is aggressive
Yx: x is opaque
Zx: x is a numpus
Bx: x is hot
Cx: x is a zumpus
Dx: x is large
Fx: x is a vumpus
Gx: x is blue
Hx: x is an impus
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Wx -> Xx)
8. Ax(Ux -> Px)
9. Ax(Px -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Xx)
18. Ax(Hx -> Ix) | ~Xa | Predicates:
Sour($x, bool) ::: Is x sour?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Rompus($x, bool) ::: Does x belong to Rompus?
Dull($x, bool) ::: Is x dull?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Feisty($x, bool) ::: Is x feisty?
Jompus($x, bool) ::: Does x belong to Jompus?
Aggressive($x, bool) ::: Is x ... |
ProntoQA_28 | Each impus is small. Each zumpus is not fruity. Every zumpus is a numpus. Each numpus is bitter. Numpuses are rompuses. Rompuses are kind. Rompuses are wumpuses. Every wumpus is not wooden. Wumpuses are yumpuses. Every yumpus is not temperate. Yumpuses are dumpuses. Every dumpus is dull. Dumpuses are tumpuses. Tumpuses... | Is the following statement true or false? Alex is small. | Theory:
Each impus is small. Each zumpus is not fruity. Every zumpus is a numpus. Each numpus is bitter. Numpuses are rompuses. Rompuses are kind. Rompuses are wumpuses. Every wumpus is not wooden. Wumpuses are yumpuses. Every yumpus is not temperate. Yumpuses are dumpuses. Every dumpus is dull. Dumpuses are tumpuses. ... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is a rompus
Qx: x is an impus
Rx: x is small
Sx: x is a zumpus
Tx: x is fruity
Ux: x is a numpus
Vx: x is bitter
Wx: x is kind
Xx: x is a wumpus
Yx: x is wooden
Zx: x is a yumpus
Bx: x is temperate
Cx: x is a dumpus
Dx: x is dull
Fx: x is tumpuses
Gx: x is a jompus
Hx: x is nervous
Ix: x is a vumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Sx -> ~Tx)
4. Ax(Sx -> Ux)
5. Ax(Ux -> Vx)
6. Ax(Ux -> Px)
7. Ax(Px -> Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> ~Rx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ra | Predicates:
Impus($x, bool) ::: Does x belong to Impus?
Small($x, bool) ::: Is x small?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Fruity($x, bool) ::: Is x fruity?
Numpus($x, bool) ::: Does x belong to Numpus?
Bitter($x, bool) ::: Is x bitter?
Rompus($x, bool) ::: Does x belong to Rompus?
Kind($x, bool) ::: Is x ki... |
ProntoQA_29 | Every jompus is liquid. Jompuses are rompuses. Every rompus is mean. Rompuses are zumpuses. Each zumpus is transparent. Zumpuses are tumpuses. Tumpuses are not earthy. Each dumpus is bright. Tumpuses are yumpuses. Yumpuses are not bright. Yumpuses are impuses. Impuses are temperate. Impuses are numpuses. Every numpus i... | Is the following statement true or false? Max is bright. | Theory:
Every jompus is liquid. Jompuses are rompuses. Every rompus is mean. Rompuses are zumpuses. Each zumpus is transparent. Zumpuses are tumpuses. Tumpuses are not earthy. Each dumpus is bright. Tumpuses are yumpuses. Yumpuses are not bright. Yumpuses are impuses. Impuses are temperate. Impuses are numpuses. Every ... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a jompus
Qx: x is liquid
Rx: x is a rompus
Sx: x is mean
Tx: x is a zumpus
Ux: x is transparent
Vx: x is tumpuses
Wx: x is earthy
Xx: x is a dumpus
Yx: x is bright
Zx: x is a yumpus
Bx: x is impuses
Cx: x is temperate
Dx: x is a numpus
Fx: x is feisty
Gx: x is a wumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Xx -> Yx)
10. Ax(Vx -> Zx)
11. Ax(Zx -> ~Yx)
12. Ax(Zx -> Bx)
13. Ax(Bx -> Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx) | ~Ya | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Liquid($x, bool) ::: Is x liquid?
Rompus($x, bool) ::: Does x belong to Rompus?
Mean($x, bool) ::: Is x mean?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Transparent($x, bool) ::: Is x transparent?
Tumpuses($x, bool) ::: Does x belong to Tumpuses?
Earthy($x, b... |
ProntoQA_30 | Impuses are bright. Every impus is a jompus. Jompuses are mean. Every zumpus is not temperate. Each jompus is a vumpus. Vumpuses are transparent. Every vumpus is a tumpus. Every tumpus is shy. Tumpuses are numpuses. Each numpus is not blue. Every numpus is a dumpus. Dumpuses are not fruity. Each dumpus is a wumpus. Wum... | Is the following statement true or false? Fae is temperate. | Theory:
Impuses are bright. Every impus is a jompus. Jompuses are mean. Every zumpus is not temperate. Each jompus is a vumpus. Vumpuses are transparent. Every vumpus is a tumpus. Every tumpus is shy. Tumpuses are numpuses. Each numpus is not blue. Every numpus is a dumpus. Dumpuses are not fruity. Each dumpus is a wum... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a vumpus
Qx: x is an impuses
Rx: x is bright
Sx: x is an impus
Tx: x is a jompus
Ux: x is mean
Vx: x is a zumpus
Wx: x is temperate
Xx: x is transparent
Yx: x is a tumpus
Zx: x is shy
Bx: x is a numpus
Cx: x is blue
Dx: x is a dumpus
Fx: x is fruity
Gx: x is a wumpus
Hx: x is a rompus
Ix: x is metallic
Jx: x i... | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Sx -> Tx)
4. Ax(Tx -> Ux)
5. Ax(Vx -> ~Wx)
6. Ax(Tx -> Px)
7. Ax(Px -> Xx)
8. Ax(Px -> Yx)
9. Ax(Yx -> Zx)
10. Ax(Yx -> Bx)
11. Ax(Bx -> ~Cx)
12. Ax(Bx -> Dx)
13. Ax(Dx -> ~Fx)
14. Ax(Dx -> Gx)
15. Ax(Gx -> Wx)
16. Ax(Gx -> Hx)
17. Ax(Hx -> Ix)
18. Ax(Hx -> Jx) | Wa | Predicates:
Impuses($x, bool) ::: Does x belong to Impuses?
Bright($x, bool) ::: Is x bright?
Jompus($x, bool) ::: Does x belong to Jompus?
Mean($x, bool) ::: Is x mean?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Temperate($x, bool) ::: Is x temperate?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Transparent($x, bo... |
ProntoQA_31 | Each jompus is not small. Each wumpus is angry. Each jompus is a zumpus. Zumpuses are temperate. Zumpuses are tumpuses. Tumpuses are brown. Tumpuses are yumpuses. Yumpuses are wooden. Yumpuses are dumpuses. Each dumpus is not angry. Every dumpus is a numpus. Numpuses are not dull. Every numpus is a vumpus. Wren is a jo... | Is the following statement true or false? Wren is not angry. | Theory:
Each jompus is not small. Each wumpus is angry. Each jompus is a zumpus. Zumpuses are temperate. Zumpuses are tumpuses. Tumpuses are brown. Tumpuses are yumpuses. Yumpuses are wooden. Yumpuses are dumpuses. Each dumpus is not angry. Every dumpus is a numpus. Numpuses are not dull. Every numpus is a vumpus. Wren... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a jompus
Qx: x is small
Rx: x is a wumpus
Sx: x is angry
Tx: x is a zumpus
Ux: x is temperate
Vx: x is tumpuses
Wx: x is brown
Xx: x is a yumpus
Yx: x is wooden
Zx: x is a dumpus
Bx: x is a numpus
Cx: x is dull
Dx: x is a vumpus | 1. Pa
2. Ax(Px -> ~Qx)
3. Ax(Rx -> Sx)
4. Ax(Px -> Tx)
5. Ax(Tx -> Ux)
6. Ax(Tx -> Vx)
7. Ax(Vx -> Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Sx)
12. Ax(Zx -> Bx)
13. Ax(Bx -> ~Cx)
14. Ax(Bx -> Dx) | ~Sa | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Small($x, bool) ::: Is x small?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Angry($x, bool) ::: Is x angry?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Temperate($x, bool) ::: Is x temperate?
Tumpuses($x, bool) ::: Does x belong to Tumpuses?
Brown($x, bool) ... |
ProntoQA_32 | Numpuses are earthy. Numpuses are vumpuses. Vumpuses are transparent. Each vumpus is a tumpus. Tumpuses are small. Tumpuses are dumpuses. Each dumpus is not aggressive. Dumpuses are wumpuses. Every wumpus is not wooden. Every wumpus is a jompus. Jompuses are not nervous. Each jompus is a zumpus. Each zumpus is temperat... | Is the following statement true or false? Sally is not wooden. | Theory:
Numpuses are earthy. Numpuses are vumpuses. Vumpuses are transparent. Each vumpus is a tumpus. Tumpuses are small. Tumpuses are dumpuses. Each dumpus is not aggressive. Dumpuses are wumpuses. Every wumpus is not wooden. Every wumpus is a jompus. Jompuses are not nervous. Each jompus is a zumpus. Each zumpus is ... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a numpus
Qx: x is earthy
Rx: x is a vumpus
Sx: x is transparent
Tx: x is a tumpus
Ux: x is small
Vx: x is a dumpus
Wx: x is aggressive
Xx: x is a wumpus
Yx: x is wooden
Zx: x is a jompus
Bx: x is nervous
Cx: x is a zumpus
Dx: x is temperate
Fx: x is a rompus
Gx: x is an impus
Hx: x is blue
Ix: x is a yumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> ~Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> Dx)
15. Ax(Fx -> Yx)
16. Ax(Cx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ya | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Earthy($x, bool) ::: Is x earthy?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Transparent($x, bool) ::: Is x transparent?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Small($x, bool) ::: Is x small?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Aggressive($x,... |
ProntoQA_33 | Every yumpus is not temperate. Yumpuses are rompuses. Every rompus is large. Every rompus is an impus. Impuses are not blue. Impuses are tumpuses. Tumpuses are nervous. Tumpuses are wumpuses. Wumpuses are bright. Numpuses are not bright. Each wumpus is a zumpus. Every zumpus is not fruity. Zumpuses are dumpuses. Dumpus... | Is the following statement true or false? Stella is not bright. | Theory:
Every yumpus is not temperate. Yumpuses are rompuses. Every rompus is large. Every rompus is an impus. Impuses are not blue. Impuses are tumpuses. Tumpuses are nervous. Tumpuses are wumpuses. Wumpuses are bright. Numpuses are not bright. Each wumpus is a zumpus. Every zumpus is not fruity. Zumpuses are dumpuses... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a yumpus
Qx: x is temperate
Rx: x is a rompus
Sx: x is large
Tx: x is an impus
Ux: x is blue
Vx: x is tumpuses
Wx: x is nervous
Xx: x is a wumpus
Yx: x is bright
Zx: x is a numpus
Bx: x is a zumpus
Cx: x is fruity
Dx: x is a dumpus
Fx: x is opaque
Gx: x is a vumpus
Hx: x is mean
Ix: x is a jompus | 1. Pa
2. Ax(Px -> ~Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> ~Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Zx -> ~Yx)
12. Ax(Xx -> Bx)
13. Ax(Bx -> ~Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Ya | Predicates:
Temperate($x, bool) ::: Is x temperate?
Large($x, bool) ::: Is x large?
Impus($x, bool) ::: Does x belong to Impus?
Blue($x, bool) ::: Is x blue?
Nervous($x, bool) ::: Is x nervous?
Bright($x, bool) ::: Is x bright?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Fruity($x, bool) ::: Is x fruity?
Opaque($x, b... |
ProntoQA_34 | Impuses are bright. Every impus is a rompus. Rompuses are floral. Each rompus is a yumpus. Every yumpus is opaque. Yumpuses are numpuses. Each numpus is red. Every numpus is a dumpus. Dumpuses are bitter. Every dumpus is a vumpus. Vumpuses are not mean. Vumpuses are tumpuses. Tumpuses are not shy. Each wumpus is shy. T... | Is the following statement true or false? Sam is shy. | Theory:
Impuses are bright. Every impus is a rompus. Rompuses are floral. Each rompus is a yumpus. Every yumpus is opaque. Yumpuses are numpuses. Each numpus is red. Every numpus is a dumpus. Dumpuses are bitter. Every dumpus is a vumpus. Vumpuses are not mean. Vumpuses are tumpuses. Tumpuses are not shy. Each wumpus i... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a yumpus
Qx: x is an impuses
Rx: x is bright
Sx: x is an impus
Tx: x is a rompus
Ux: x is floral
Vx: x is opaque
Wx: x is a numpus
Xx: x is red
Yx: x is a dumpus
Zx: x is bitter
Bx: x is a vumpus
Cx: x is mean
Dx: x is a tumpus
Fx: x is shy
Gx: x is a wumpus
Hx: x is a zumpus
Ix: x is temperate
Jx: x is a jomp... | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Sx -> Tx)
4. Ax(Tx -> Ux)
5. Ax(Tx -> Px)
6. Ax(Px -> Vx)
7. Ax(Px -> Wx)
8. Ax(Wx -> Xx)
9. Ax(Wx -> Yx)
10. Ax(Yx -> Zx)
11. Ax(Yx -> Bx)
12. Ax(Bx -> ~Cx)
13. Ax(Bx -> Dx)
14. Ax(Dx -> ~Fx)
15. Ax(Gx -> Fx)
16. Ax(Dx -> Hx)
17. Ax(Hx -> Ix)
18. Ax(Hx -> Jx) | Fa | Predicates:
Impuses($x, bool) ::: Does x belong to Impuses?
Bright($x, bool) ::: Is x bright?
Rompus($x, bool) ::: Does x belong to Rompus?
Floral($x, bool) ::: Is x floral?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Opaque($x, bool) ::: Is x opaque?
Numpus($x, bool) ::: Does x belong to Numpus?
Red($x, bool) ::: Is... |
ProntoQA_35 | Each zumpus is not wooden. Every zumpus is a vumpus. Every vumpus is not sour. Every vumpus is a jompus. Every jompus is floral. Each jompus is a wumpus. Every wumpus is transparent. Wumpuses are impuses. Impuses are dull. Every impus is a yumpus. Each yumpus is feisty. Numpuses are not orange. Every yumpus is a dumpus... | Is the following statement true or false? Fae is orange. | Theory:
Each zumpus is not wooden. Every zumpus is a vumpus. Every vumpus is not sour. Every vumpus is a jompus. Every jompus is floral. Each jompus is a wumpus. Every wumpus is transparent. Wumpuses are impuses. Impuses are dull. Every impus is a yumpus. Each yumpus is feisty. Numpuses are not orange. Every yumpus is ... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a jompus
Qx: x is a zumpus
Rx: x is wooden
Sx: x is a vumpus
Tx: x is sour
Ux: x is floral
Vx: x is a wumpus
Wx: x is transparent
Xx: x is impuses
Yx: x is dull
Zx: x is an impus
Bx: x is a yumpus
Cx: x is feisty
Dx: x is a numpus
Fx: x is orange
Gx: x is a dumpus
Hx: x is a rompus
Ix: x is aggressive
Jx: x is... | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Zx -> Bx)
12. Ax(Bx -> Cx)
13. Ax(Dx -> ~Fx)
14. Ax(Bx -> Gx)
15. Ax(Gx -> Fx)
16. Ax(Gx -> Hx)
17. Ax(Hx -> ~Ix)
18. Ax(Hx -> Jx) | Fa | Predicates:
Zumpus($x, bool) ::: Does x belong to Zumpus?
Wooden($x, bool) ::: Is x wooden?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Sour($x, bool) ::: Is x sour?
Jompus($x, bool) ::: Does x belong to Jompus?
Floral($x, bool) ::: Is x floral?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Transparent($x, bool) ::: ... |
ProntoQA_36 | Every jompus is bright. Every jompus is a wumpus. Each wumpus is wooden. Each wumpus is a yumpus. Yumpuses are amenable. Yumpuses are impuses. Impuses are temperate. Impuses are tumpuses. Tumpuses are shy. Every tumpus is a rompus. Rompuses are not small. Every rompus is a numpus. Numpuses are fruity. Each dumpus is no... | Is the following statement true or false? Sally is shy. | Theory:
Every jompus is bright. Every jompus is a wumpus. Each wumpus is wooden. Each wumpus is a yumpus. Yumpuses are amenable. Yumpuses are impuses. Impuses are temperate. Impuses are tumpuses. Tumpuses are shy. Every tumpus is a rompus. Rompuses are not small. Every rompus is a numpus. Numpuses are fruity. Each dump... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a jompus
Qx: x is bright
Rx: x is a wumpus
Sx: x is wooden
Tx: x is a yumpus
Ux: x is amenable
Vx: x is impuses
Wx: x is temperate
Xx: x is tumpuses
Yx: x is shy
Zx: x is a rompus
Bx: x is small
Cx: x is a numpus
Dx: x is fruity
Fx: x is a dumpus
Gx: x is a vumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> Dx)
15. Ax(Fx -> ~Yx)
16. Ax(Cx -> Gx) | Ya | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Bright($x, bool) ::: Is x bright?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Wooden($x, bool) ::: Is x wooden?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Amenable($x, bool) ::: Is x amenable?
Impuses($x, bool) ::: Does x belong to Impuses?
Temperate($x, bo... |
ProntoQA_37 | Impuses are not fruity. Impuses are wumpuses. Each wumpus is not temperate. Wumpuses are dumpuses. Rompuses are not sweet. Dumpuses are kind. Dumpuses are zumpuses. Zumpuses are wooden. Zumpuses are vumpuses. Every vumpus is large. Vumpuses are yumpuses. Yumpuses are transparent. Yumpuses are numpuses. Numpuses are bro... | Is the following statement true or false? Wren is sweet. | Theory:
Impuses are not fruity. Impuses are wumpuses. Each wumpus is not temperate. Wumpuses are dumpuses. Rompuses are not sweet. Dumpuses are kind. Dumpuses are zumpuses. Zumpuses are wooden. Zumpuses are vumpuses. Every vumpus is large. Vumpuses are yumpuses. Yumpuses are transparent. Yumpuses are numpuses. Numpuses... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a zumpus
Qx: x is an impuses
Rx: x is fruity
Sx: x is a wumpus
Tx: x is temperate
Ux: x is a dumpus
Vx: x is a rompus
Wx: x is sweet
Xx: x is kind
Yx: x is wooden
Zx: x is a vumpus
Bx: x is large
Cx: x is a yumpus
Dx: x is transparent
Fx: x is a numpus
Gx: x is brown
Hx: x is a tumpus
Ix: x is a jompus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Ux)
6. Ax(Vx -> ~Wx)
7. Ax(Ux -> Xx)
8. Ax(Ux -> Px)
9. Ax(Px -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> Wx)
18. Ax(Hx -> Ix) | Wa | Predicates:
Fruity($x, bool) ::: Is x fruity?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Temperate($x, bool) ::: Is x temperate?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Rompus($x, bool) ::: Does x belong to Rompus?
Sweet($x, bool) ::: Is x sweet?
Kind($x, bool) ::: Is x kind?
Zumpus($x, bool) ::: Does x belong... |
ProntoQA_38 | Vumpuses are wooden. Every vumpus is a jompus. Jompuses are earthy. Each jompus is a wumpus. Wumpuses are not transparent. Wumpuses are yumpuses. Yumpuses are not bright. Each yumpus is an impus. Every rompus is happy. Impuses are not happy. Each impus is a dumpus. Dumpuses are brown. Dumpuses are zumpuses. Zumpuses ar... | Is the following statement true or false? Polly is not happy. | Theory:
Vumpuses are wooden. Every vumpus is a jompus. Jompuses are earthy. Each jompus is a wumpus. Wumpuses are not transparent. Wumpuses are yumpuses. Yumpuses are not bright. Each yumpus is an impus. Every rompus is happy. Impuses are not happy. Each impus is a dumpus. Dumpuses are brown. Dumpuses are zumpuses. Zum... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Polly | Px: x is a vumpus
Qx: x is wooden
Rx: x is a jompus
Sx: x is earthy
Tx: x is a wumpus
Ux: x is transparent
Vx: x is a yumpus
Wx: x is bright
Xx: x is an impus
Yx: x is a rompus
Zx: x is happy
Bx: x is a dumpus
Cx: x is brown
Dx: x is a zumpus
Fx: x is sour
Gx: x is a numpus
Hx: x is angry
Ix: x is a tumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> ~Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Vx -> Xx)
10. Ax(Yx -> Zx)
11. Ax(Xx -> ~Zx)
12. Ax(Xx -> Bx)
13. Ax(Bx -> Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> ~Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Za | Predicates:
Vumpus($x, bool) ::: Does x belong to Vumpus?
Wooden($x, bool) ::: Is x wooden?
Jompus($x, bool) ::: Does x belong to Jompus?
Earthy($x, bool) ::: Is x earthy?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Transparent($x, bool) ::: Is x transparent?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Bright($x, b... |
ProntoQA_39 | Each rompus is amenable. Each rompus is an impus. Impuses are happy. Every impus is a wumpus. Wumpuses are sour. Each wumpus is a zumpus. Zumpuses are fruity. Zumpuses are tumpuses. Each tumpus is not large. Every tumpus is a vumpus. Yumpuses are not hot. Every vumpus is liquid. Every vumpus is a jompus. Jompuses are h... | Is the following statement true or false? Stella is not hot. | Theory:
Each rompus is amenable. Each rompus is an impus. Impuses are happy. Every impus is a wumpus. Wumpuses are sour. Each wumpus is a zumpus. Zumpuses are fruity. Zumpuses are tumpuses. Each tumpus is not large. Every tumpus is a vumpus. Yumpuses are not hot. Every vumpus is liquid. Every vumpus is a jompus. Jompus... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a wumpus
Qx: x is a rompus
Rx: x is amenable
Sx: x is an impus
Tx: x is happy
Ux: x is sour
Vx: x is a zumpus
Wx: x is fruity
Xx: x is a tumpus
Yx: x is large
Zx: x is a vumpus
Bx: x is a yumpus
Cx: x is hot
Dx: x is liquid
Fx: x is a jompus
Gx: x is a dumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> ~Yx)
11. Ax(Xx -> Zx)
12. Ax(Bx -> ~Cx)
13. Ax(Zx -> Dx)
14. Ax(Zx -> Fx)
15. Ax(Fx -> Cx)
16. Ax(Fx -> Gx) | ~Ca | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Amenable($x, bool) ::: Is x amenable?
Impus($x, bool) ::: Does x belong to Impus?
Happy($x, bool) ::: Is x happy?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Sour($x, bool) ::: Is x sour?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Fruity($x, bool) ::: Is x ... |
ProntoQA_40 | Yumpuses are small. Yumpuses are vumpuses. Vumpuses are red. Vumpuses are numpuses. Numpuses are bitter. Each numpus is a wumpus. Each impus is not amenable. Every wumpus is bright. Every wumpus is a dumpus. Every dumpus is temperate. Dumpuses are rompuses. Rompuses are floral. Rompuses are tumpuses. Tumpuses are opaqu... | Is the following statement true or false? Sally is amenable. | Theory:
Yumpuses are small. Yumpuses are vumpuses. Vumpuses are red. Vumpuses are numpuses. Numpuses are bitter. Each numpus is a wumpus. Each impus is not amenable. Every wumpus is bright. Every wumpus is a dumpus. Every dumpus is temperate. Dumpuses are rompuses. Rompuses are floral. Rompuses are tumpuses. Tumpuses a... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a wumpus
Qx: x is a yumpus
Rx: x is small
Sx: x is a vumpus
Tx: x is red
Ux: x is a numpus
Vx: x is bitter
Wx: x is an impus
Xx: x is amenable
Yx: x is bright
Zx: x is a dumpus
Bx: x is temperate
Cx: x is a rompus
Dx: x is floral
Fx: x is a tumpus
Gx: x is opaque
Hx: x is a jompus
Ix: x is a zumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Wx -> ~Xx)
9. Ax(Px -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> Xx)
18. Ax(Hx -> Ix) | Xa | Predicates:
Yumpus($x, bool) ::: Does x belong to Yumpus?
Small($x, bool) ::: Is x small?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Red($x, bool) ::: Is x red?
Numpus($x, bool) ::: Does x belong to Numpus?
Bitter($x, bool) ::: Is x bitter?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Impus($x, bool) ::: Does x bel... |
ProntoQA_41 | Rompuses are transparent. Every rompus is a yumpus. Yumpuses are earthy. Yumpuses are jompuses. Every jompus is not large. Each jompus is a wumpus. Each wumpus is not brown. Tumpuses are hot. Wumpuses are zumpuses. Every zumpus is dull. Zumpuses are numpuses. Numpuses are bitter. Every numpus is a dumpus. Dumpuses are ... | Is the following statement true or false? Max is not hot. | Theory:
Rompuses are transparent. Every rompus is a yumpus. Yumpuses are earthy. Yumpuses are jompuses. Every jompus is not large. Each jompus is a wumpus. Each wumpus is not brown. Tumpuses are hot. Wumpuses are zumpuses. Every zumpus is dull. Zumpuses are numpuses. Numpuses are bitter. Every numpus is a dumpus. Dumpu... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a wumpus
Qx: x is a rompus
Rx: x is transparent
Sx: x is a yumpus
Tx: x is earthy
Ux: x is a jompus
Vx: x is large
Wx: x is brown
Xx: x is a tumpus
Yx: x is hot
Zx: x is a zumpus
Bx: x is dull
Cx: x is a numpus
Dx: x is bitter
Fx: x is a dumpus
Gx: x is shy
Hx: x is an impus
Ix: x is a vumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> ~Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> ~Wx)
9. Ax(Xx -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> ~Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Yx)
18. Ax(Hx -> Ix) | ~Ya | Predicates:
Transparent($x, bool) ::: Is x transparent?
Rompus($x, bool) ::: Does x belong to Rompus?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Earthy($x, bool) ::: Is x earthy?
Jompus($x, bool) ::: Does x belong to Jompus?
Large($x, bool) ::: Is x large?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Brown($x, bool... |
ProntoQA_42 | Tumpuses are dull. Tumpuses are jompuses. Jompuses are not sour. Each jompus is a vumpus. Vumpuses are feisty. Vumpuses are dumpuses. Dumpuses are cold. Each dumpus is a yumpus. Each yumpus is transparent. Each yumpus is a numpus. Numpuses are not amenable. Numpuses are zumpuses. Each zumpus is orange. Each zumpus is a... | Is the following statement true or false? Wren is not orange. | Theory:
Tumpuses are dull. Tumpuses are jompuses. Jompuses are not sour. Each jompus is a vumpus. Vumpuses are feisty. Vumpuses are dumpuses. Dumpuses are cold. Each dumpus is a yumpus. Each yumpus is transparent. Each yumpus is a numpus. Numpuses are not amenable. Numpuses are zumpuses. Each zumpus is orange. Each zum... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a vumpus
Qx: x is a tumpus
Rx: x is dull
Sx: x is a jompus
Tx: x is sour
Ux: x is feisty
Vx: x is a dumpus
Wx: x is cold
Xx: x is a yumpus
Yx: x is transparent
Zx: x is a numpus
Bx: x is amenable
Cx: x is a zumpus
Dx: x is orange
Fx: x is a rompus
Gx: x is earthy
Hx: x is an impus
Ix: x is a wumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> Dx)
15. Ax(Cx -> Fx)
16. Ax(Fx -> Gx)
17. Ax(Hx -> ~Dx)
18. Ax(Fx -> Ix) | ~Da | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Dull($x, bool) ::: Is x dull?
Jompus($x, bool) ::: Does x belong to Jompus?
Sour($x, bool) ::: Is x sour?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Feisty($x, bool) ::: Is x feisty?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Cold($x, bool) ::: Is x cold?
... |
ProntoQA_43 | Each impus is luminous. Every impus is a zumpus. Every zumpus is shy. Every zumpus is a numpus. Numpuses are not cold. Each numpus is a tumpus. Tumpuses are large. Each tumpus is a yumpus. Each yumpus is angry. Yumpuses are vumpuses. Vumpuses are not earthy. Vumpuses are jompuses. Every jompus is not sour. Dumpuses are... | Is the following statement true or false? Polly is angry. | Theory:
Each impus is luminous. Every impus is a zumpus. Every zumpus is shy. Every zumpus is a numpus. Numpuses are not cold. Each numpus is a tumpus. Tumpuses are large. Each tumpus is a yumpus. Each yumpus is angry. Yumpuses are vumpuses. Vumpuses are not earthy. Vumpuses are jompuses. Every jompus is not sour. Dump... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Polly | Px: x is an impus
Qx: x is luminous
Rx: x is a zumpus
Sx: x is shy
Tx: x is a numpus
Ux: x is cold
Vx: x is a tumpus
Wx: x is large
Xx: x is a yumpus
Yx: x is angry
Zx: x is a vumpus
Bx: x is earthy
Cx: x is a jompus
Dx: x is sour
Fx: x is a dumpus
Gx: x is a rompus
Hx: x is opaque
Ix: x is a wumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> ~Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> ~Dx)
15. Ax(Fx -> ~Yx)
16. Ax(Cx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | Ya | Predicates:
Impus($x, bool) ::: Does x belong to Impus?
Luminous($x, bool) ::: Is x luminous?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Shy($x, bool) ::: Is x shy?
Numpus($x, bool) ::: Does x belong to Numpus?
Cold($x, bool) ::: Is x cold?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Large($x, bool) ::: Is x large... |
ProntoQA_44 | Yumpuses are floral. Each yumpus is a vumpus. Vumpuses are not temperate. Vumpuses are jompuses. Jompuses are not dull. Impuses are not spicy. Jompuses are numpuses. Numpuses are not opaque. Each numpus is a wumpus. Every wumpus is amenable. Wumpuses are rompuses. Each rompus is not red. Rompuses are tumpuses. Tumpuses... | Is the following statement true or false? Rex is not spicy. | Theory:
Yumpuses are floral. Each yumpus is a vumpus. Vumpuses are not temperate. Vumpuses are jompuses. Jompuses are not dull. Impuses are not spicy. Jompuses are numpuses. Numpuses are not opaque. Each numpus is a wumpus. Every wumpus is amenable. Wumpuses are rompuses. Each rompus is not red. Rompuses are tumpuses. ... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Rex | Px: x is a jompus
Qx: x is a yumpus
Rx: x is floral
Sx: x is a vumpus
Tx: x is temperate
Ux: x is dull
Vx: x is an impuses
Wx: x is spicy
Xx: x is a numpus
Yx: x is opaque
Zx: x is a wumpus
Bx: x is amenable
Cx: x is a rompus
Dx: x is red
Fx: x is a tumpus
Gx: x is a dumpus
Hx: x is shy
Ix: x is a zumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> ~Ux)
7. Ax(Vx -> ~Wx)
8. Ax(Px -> Xx)
9. Ax(Xx -> ~Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Wx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> Hx)
18. Ax(Gx -> Ix) | ~Wa | Predicates:
Yumpus($x, bool) ::: Does x belong to Yumpus?
Floral($x, bool) ::: Is x floral?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Temperate($x, bool) ::: Is x temperate?
Jompus($x, bool) ::: Does x belong to Jompus?
Dull($x, bool) ::: Is x dull?
Impuses($x, bool) ::: Does x belong to Impuses?
Spicy($x, bool) ::... |
ProntoQA_45 | Dumpuses are cold. Dumpuses are numpuses. Each numpus is not bitter. Every numpus is a zumpus. Zumpuses are fruity. Zumpuses are wumpuses. Wumpuses are large. Each tumpus is not wooden. Each wumpus is an impus. Every impus is wooden. Impuses are rompuses. Fae is a dumpus. | Is the following statement true or false? Fae is wooden. | Theory:
Dumpuses are cold. Dumpuses are numpuses. Each numpus is not bitter. Every numpus is a zumpus. Zumpuses are fruity. Zumpuses are wumpuses. Wumpuses are large. Each tumpus is not wooden. Each wumpus is an impus. Every impus is wooden. Impuses are rompuses. Fae is a dumpus.
Query:
Is the following statement true... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a dumpus
Qx: x is cold
Rx: x is a numpus
Sx: x is bitter
Tx: x is a zumpus
Ux: x is fruity
Vx: x is a wumpus
Wx: x is large
Xx: x is a tumpus
Yx: x is wooden
Zx: x is an impus
Bx: x is a rompus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> ~Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Xx -> ~Yx)
10. Ax(Vx -> Zx)
11. Ax(Zx -> Yx)
12. Ax(Zx -> Bx) | Ya | Predicates:
Dumpus($x, bool) ::: Does x belong to Dumpus?
Cold($x, bool) ::: Is x cold?
Numpus($x, bool) ::: Does x belong to Numpus?
Bitter($x, bool) ::: Is x bitter?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Fruity($x, bool) ::: Is x fruity?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Large($x, bool) ::: Is x l... |
ProntoQA_46 | Each rompus is nervous. Rompuses are jompuses. Jompuses are angry. Jompuses are tumpuses. Tumpuses are earthy. Every tumpus is a numpus. Each numpus is not cold. Each numpus is an impus. Dumpuses are metallic. Impuses are dull. Each impus is a zumpus. Zumpuses are not opaque. Zumpuses are wumpuses. Every wumpus is blue... | Is the following statement true or false? Sally is not metallic. | Theory:
Each rompus is nervous. Rompuses are jompuses. Jompuses are angry. Jompuses are tumpuses. Tumpuses are earthy. Every tumpus is a numpus. Each numpus is not cold. Each numpus is an impus. Dumpuses are metallic. Impuses are dull. Each impus is a zumpus. Zumpuses are not opaque. Zumpuses are wumpuses. Every wumpus... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sally | Px: x is a numpus
Qx: x is a rompus
Rx: x is nervous
Sx: x is a jompus
Tx: x is angry
Ux: x is a tumpus
Vx: x is earthy
Wx: x is cold
Xx: x is an impus
Yx: x is a dumpus
Zx: x is metallic
Bx: x is dull
Cx: x is a zumpus
Dx: x is opaque
Fx: x is a wumpus
Gx: x is blue
Hx: x is a vumpus
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> ~Wx)
9. Ax(Px -> Xx)
10. Ax(Yx -> Zx)
11. Ax(Xx -> Bx)
12. Ax(Xx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Zx)
18. Ax(Hx -> Ix) | ~Za | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Nervous($x, bool) ::: Is x nervous?
Jompus($x, bool) ::: Does x belong to Jompus?
Angry($x, bool) ::: Is x angry?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Earthy($x, bool) ::: Is x earthy?
Numpus($x, bool) ::: Does x belong to Numpus?
Cold($x, bool) ::: Is ... |
ProntoQA_47 | Vumpuses are fruity. Vumpuses are jompuses. Jompuses are opaque. Every jompus is a wumpus. Every wumpus is nervous. Each wumpus is an impus. Every impus is sour. Impuses are tumpuses. Every tumpus is not amenable. Each tumpus is a yumpus. Yumpuses are not metallic. Yumpuses are numpuses. Numpuses are large. Every numpu... | Is the following statement true or false? Max is not cold. | Theory:
Vumpuses are fruity. Vumpuses are jompuses. Jompuses are opaque. Every jompus is a wumpus. Every wumpus is nervous. Each wumpus is an impus. Every impus is sour. Impuses are tumpuses. Every tumpus is not amenable. Each tumpus is a yumpus. Yumpuses are not metallic. Yumpuses are numpuses. Numpuses are large. Eve... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is an impus
Qx: x is a vumpus
Rx: x is fruity
Sx: x is a jompus
Tx: x is opaque
Ux: x is a wumpus
Vx: x is nervous
Wx: x is sour
Xx: x is a tumpus
Yx: x is amenable
Zx: x is a yumpus
Bx: x is metallic
Cx: x is a numpus
Dx: x is large
Fx: x is a rompus
Gx: x is a dumpus
Hx: x is cold
Ix: x is a zumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Xx -> ~Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> Dx)
15. Ax(Cx -> Fx)
16. Ax(Gx -> ~Hx)
17. Ax(Fx -> Hx)
18. Ax(Fx -> Ix) | ~Ha | Predicates:
Vumpus($x, bool) ::: Does x belong to Vumpus?
Fruity($x, bool) ::: Is x fruity?
Jompus($x, bool) ::: Does x belong to Jompus?
Opaque($x, bool) ::: Is x opaque?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Nervous($x, bool) ::: Is x nervous?
Impus($x, bool) ::: Does x belong to Impus?
Sour($x, bool) ::: Is ... |
ProntoQA_48 | Tumpuses are fruity. Yumpuses are nervous. Yumpuses are numpuses. Each numpus is large. Each numpus is a rompus. Each rompus is red. Rompuses are vumpuses. Vumpuses are temperate. Each vumpus is a jompus. Every jompus is spicy. Each jompus is an impus. Impuses are not metallic. Impuses are wumpuses. Each wumpus is brig... | Is the following statement true or false? Sam is not fruity. | Theory:
Tumpuses are fruity. Yumpuses are nervous. Yumpuses are numpuses. Each numpus is large. Each numpus is a rompus. Each rompus is red. Rompuses are vumpuses. Vumpuses are temperate. Each vumpus is a jompus. Every jompus is spicy. Each jompus is an impus. Impuses are not metallic. Impuses are wumpuses. Each wumpus... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a vumpus
Qx: x is a tumpus
Rx: x is fruity
Sx: x is a yumpus
Tx: x is nervous
Ux: x is a numpus
Vx: x is large
Wx: x is a rompus
Xx: x is red
Yx: x is temperate
Zx: x is a jompus
Bx: x is spicy
Cx: x is an impus
Dx: x is metallic
Fx: x is a wumpus
Gx: x is bright
Hx: x is a zumpus
Ix: x is a dumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Sx -> Tx)
4. Ax(Sx -> Ux)
5. Ax(Ux -> Vx)
6. Ax(Ux -> Wx)
7. Ax(Wx -> Xx)
8. Ax(Wx -> Px)
9. Ax(Px -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Rx)
18. Ax(Hx -> Ix) | ~Ra | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Fruity($x, bool) ::: Is x fruity?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Nervous($x, bool) ::: Is x nervous?
Numpus($x, bool) ::: Does x belong to Numpus?
Large($x, bool) ::: Is x large?
Rompus($x, bool) ::: Does x belong to Rompus?
Red($x, bool) ::: Is x... |
ProntoQA_49 | Wumpuses are dull. Wumpuses are rompuses. Every rompus is not cold. Rompuses are dumpuses. Dumpuses are feisty. Dumpuses are numpuses. Numpuses are mean. Numpuses are zumpuses. Every zumpus is not earthy. Every zumpus is a tumpus. Every tumpus is opaque. Impuses are liquid. Tumpuses are vumpuses. Every vumpus is not li... | Is the following statement true or false? Wren is liquid. | Theory:
Wumpuses are dull. Wumpuses are rompuses. Every rompus is not cold. Rompuses are dumpuses. Dumpuses are feisty. Dumpuses are numpuses. Numpuses are mean. Numpuses are zumpuses. Every zumpus is not earthy. Every zumpus is a tumpus. Every tumpus is opaque. Impuses are liquid. Tumpuses are vumpuses. Every vumpus i... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Wren | Px: x is a dumpus
Qx: x is a wumpus
Rx: x is dull
Sx: x is a rompus
Tx: x is cold
Ux: x is feisty
Vx: x is a numpus
Wx: x is mean
Xx: x is a zumpus
Yx: x is earthy
Zx: x is a tumpus
Bx: x is opaque
Cx: x is an impuses
Dx: x is liquid
Fx: x is a vumpus
Gx: x is a jompus
Hx: x is spicy
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> ~Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> Bx)
13. Ax(Cx -> Dx)
14. Ax(Zx -> Fx)
15. Ax(Fx -> ~Dx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Da | Predicates:
Wumpus($x, bool) ::: Does x belong to Wumpus?
Dull($x, bool) ::: Is x dull?
Rompus($x, bool) ::: Does x belong to Rompus?
Cold($x, bool) ::: Is x cold?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Feisty($x, bool) ::: Is x feisty?
Numpus($x, bool) ::: Does x belong to Numpus?
Mean($x, bool) ::: Is x mean?
... |
ProntoQA_50 | Jompuses are not blue. Each rompus is happy. Rompuses are dumpuses. Dumpuses are not cold. Each dumpus is a wumpus. Each wumpus is liquid. Each wumpus is an impus. Each impus is kind. Every impus is a yumpus. Each yumpus is bright. Yumpuses are zumpuses. Each zumpus is sour. Each zumpus is a vumpus. Every vumpus is sma... | Is the following statement true or false? Fae is not blue. | Theory:
Jompuses are not blue. Each rompus is happy. Rompuses are dumpuses. Dumpuses are not cold. Each dumpus is a wumpus. Each wumpus is liquid. Each wumpus is an impus. Each impus is kind. Every impus is a yumpus. Each yumpus is bright. Yumpuses are zumpuses. Each zumpus is sour. Each zumpus is a vumpus. Every vumpu... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is an impuses
Qx: x is a jompus
Rx: x is blue
Sx: x is a rompus
Tx: x is happy
Ux: x is a dumpus
Vx: x is cold
Wx: x is a wumpus
Xx: x is liquid
Yx: x is an impus
Zx: x is kind
Bx: x is a yumpus
Cx: x is bright
Dx: x is a zumpus
Fx: x is sour
Gx: x is a vumpus
Hx: x is small
Ix: x is a tumpus
Jx: x is a numpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Sx -> Tx)
4. Ax(Sx -> Ux)
5. Ax(Ux -> ~Vx)
6. Ax(Ux -> Wx)
7. Ax(Wx -> Xx)
8. Ax(Wx -> Yx)
9. Ax(Yx -> Zx)
10. Ax(Yx -> Bx)
11. Ax(Bx -> Cx)
12. Ax(Bx -> Dx)
13. Ax(Dx -> Fx)
14. Ax(Dx -> Gx)
15. Ax(Gx -> Hx)
16. Ax(Gx -> Ix)
17. Ax(Ix -> Rx)
18. Ax(Ix -> Jx) | ~Ra | Predicates:
Blue($x, bool) ::: Is x blue?
Happy($x, bool) ::: Is x happy?
Cold($x, bool) ::: Is x cold?
Liquid($x, bool) ::: Is x liquid?
Kind($x, bool) ::: Is x kind?
Bright($x, bool) ::: Is x bright?
Sour($x, bool) ::: Is x sour?
Small($x, bool) ::: Is x small?
Facts:
Impuses(Fae, True)
Rules:
Jompus($x, True) >>> ... |
ProntoQA_51 | Every zumpus is small. Each zumpus is an impus. Every impus is sweet. Impuses are vumpuses. Each vumpus is not feisty. Every vumpus is a dumpus. Every dumpus is not dull. Dumpuses are rompuses. Every rompus is transparent. Rompuses are wumpuses. Each wumpus is not earthy. Wumpuses are tumpuses. Every tumpus is cold. Nu... | Is the following statement true or false? Max is not cold. | Theory:
Every zumpus is small. Each zumpus is an impus. Every impus is sweet. Impuses are vumpuses. Each vumpus is not feisty. Every vumpus is a dumpus. Every dumpus is not dull. Dumpuses are rompuses. Every rompus is transparent. Rompuses are wumpuses. Each wumpus is not earthy. Wumpuses are tumpuses. Every tumpus is ... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is vumpuses
Qx: x is a zumpus
Rx: x is small
Sx: x is an impus
Tx: x is sweet
Ux: x is an impuses
Vx: x is a vumpus
Wx: x is feisty
Xx: x is a dumpus
Yx: x is dull
Zx: x is a rompus
Bx: x is transparent
Cx: x is a wumpus
Dx: x is earthy
Fx: x is a tumpus
Gx: x is cold
Hx: x is a numpus
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> Tx)
5. Ax(Ux -> Px)
6. Ax(Vx -> ~Wx)
7. Ax(Vx -> Xx)
8. Ax(Xx -> ~Yx)
9. Ax(Xx -> Zx)
10. Ax(Zx -> Bx)
11. Ax(Zx -> Cx)
12. Ax(Cx -> ~Dx)
13. Ax(Cx -> Fx)
14. Ax(Fx -> Gx)
15. Ax(Hx -> ~Gx)
16. Ax(Fx -> Ix) | ~Ga | Predicates:
Zumpus($x, bool) ::: Does x belong to Zumpus?
Small($x, bool) ::: Is x small?
Impus($x, bool) ::: Does x belong to Impus?
Sweet($x, bool) ::: Is x sweet?
Feisty($x, bool) ::: Is x feisty?
Earthy($x, bool) ::: Is x earthy?
Numpus($x, bool) ::: Does x belong to Numpus?
Facts:
Vumpuses(Max, True)
Rules:
Zump... |
ProntoQA_52 | Every jompus is spicy. Every jompus is a dumpus. Each dumpus is not transparent. Each dumpus is a zumpus. Zumpuses are feisty. Zumpuses are wumpuses. Each wumpus is not dull. Every wumpus is an impus. Every vumpus is not blue. Impuses are blue. Impuses are tumpuses. Tumpuses are not floral. Each tumpus is a numpus. Pol... | Is the following statement true or false? Polly is blue. | Theory:
Every jompus is spicy. Every jompus is a dumpus. Each dumpus is not transparent. Each dumpus is a zumpus. Zumpuses are feisty. Zumpuses are wumpuses. Each wumpus is not dull. Every wumpus is an impus. Every vumpus is not blue. Impuses are blue. Impuses are tumpuses. Tumpuses are not floral. Each tumpus is a num... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Polly | Px: x is a jompus
Qx: x is spicy
Rx: x is a dumpus
Sx: x is transparent
Tx: x is a zumpus
Ux: x is feisty
Vx: x is a wumpus
Wx: x is dull
Xx: x is an impus
Yx: x is a vumpus
Zx: x is blue
Bx: x is a tumpus
Cx: x is floral
Dx: x is a numpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> ~Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> ~Wx)
9. Ax(Vx -> Xx)
10. Ax(Yx -> ~Zx)
11. Ax(Xx -> Zx)
12. Ax(Xx -> Bx)
13. Ax(Bx -> ~Cx)
14. Ax(Bx -> Dx) | Za | Predicates:
Jompus($x, bool) ::: Does x belong to Jompus?
Spicy($x, bool) ::: Is x spicy?
Dumpus($x, bool) ::: Does x belong to Dumpus?
Transparent($x, bool) ::: Is x transparent?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Feisty($x, bool) ::: Is x feisty?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Dull($x, bool)... |
ProntoQA_53 | Numpuses are kind. Each numpus is a wumpus. Wumpuses are not wooden. Every zumpus is not dull. Wumpuses are impuses. Impuses are not nervous. Each impus is a yumpus. Every yumpus is hot. Every yumpus is a vumpus. Every vumpus is transparent. Vumpuses are rompuses. Rompuses are not small. Rompuses are jompuses. Jompuses... | Is the following statement true or false? Fae is dull. | Theory:
Numpuses are kind. Each numpus is a wumpus. Wumpuses are not wooden. Every zumpus is not dull. Wumpuses are impuses. Impuses are not nervous. Each impus is a yumpus. Every yumpus is hot. Every yumpus is a vumpus. Every vumpus is transparent. Vumpuses are rompuses. Rompuses are not small. Rompuses are jompuses. ... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is impuses
Qx: x is a numpus
Rx: x is kind
Sx: x is a wumpus
Tx: x is wooden
Ux: x is a zumpus
Vx: x is dull
Wx: x is nervous
Xx: x is an impus
Yx: x is a yumpus
Zx: x is hot
Bx: x is a vumpus
Cx: x is transparent
Dx: x is a vumpuses
Fx: x is a rompus
Gx: x is small
Hx: x is a jompus
Ix: x is a dumpus
Jx: x is ea... | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Ux -> ~Vx)
6. Ax(Sx -> Px)
7. Ax(Px -> ~Wx)
8. Ax(Xx -> Yx)
9. Ax(Yx -> Zx)
10. Ax(Yx -> Bx)
11. Ax(Bx -> Cx)
12. Ax(Dx -> Fx)
13. Ax(Fx -> ~Gx)
14. Ax(Fx -> Hx)
15. Ax(Hx -> Vx)
16. Ax(Hx -> Ix)
17. Ax(Ix -> Jx)
18. Ax(Ix -> Kx) | Va | Predicates:
Numpus($x, bool) ::: Does x belong to Numpus?
Kind($x, bool) ::: Is x kind?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Wooden($x, bool) ::: Is x wooden?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Dull($x, bool) ::: Is x dull?
Impuses($x, bool) ::: Does x belong to Impuses?
Nervous($x, bool) ::: Is x n... |
ProntoQA_54 | Every tumpus is not transparent. Tumpuses are jompuses. Each jompus is not large. Jompuses are vumpuses. Vumpuses are angry. Vumpuses are impuses. Yumpuses are red. Impuses are happy. Impuses are zumpuses. Zumpuses are metallic. Each zumpus is a rompus. Rompuses are dull. Rompuses are wumpuses. Every wumpus is not red.... | Is the following statement true or false? Stella is not red. | Theory:
Every tumpus is not transparent. Tumpuses are jompuses. Each jompus is not large. Jompuses are vumpuses. Vumpuses are angry. Vumpuses are impuses. Yumpuses are red. Impuses are happy. Impuses are zumpuses. Zumpuses are metallic. Each zumpus is a rompus. Rompuses are dull. Rompuses are wumpuses. Every wumpus is ... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Stella | Px: x is a vumpus
Qx: x is a tumpus
Rx: x is transparent
Sx: x is a jompus
Tx: x is large
Ux: x is angry
Vx: x is an impus
Wx: x is a yumpus
Xx: x is red
Yx: x is happy
Zx: x is a zumpus
Bx: x is metallic
Cx: x is a rompus
Dx: x is dull
Fx: x is a wumpus
Gx: x is a numpus
Hx: x is sweet
Ix: x is a dumpus | 1. Pa
2. Ax(Qx -> ~Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Px)
6. Ax(Px -> Ux)
7. Ax(Px -> Vx)
8. Ax(Wx -> Xx)
9. Ax(Vx -> Yx)
10. Ax(Vx -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> ~Xx)
16. Ax(Fx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Xa | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Transparent($x, bool) ::: Is x transparent?
Jompus($x, bool) ::: Does x belong to Jompus?
Large($x, bool) ::: Is x large?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Angry($x, bool) ::: Is x angry?
Impus($x, bool) ::: Does x belong to Impus?
Yumpus($x, bool) :... |
ProntoQA_55 | Dumpuses are dull. Dumpuses are numpuses. Numpuses are blue. Numpuses are wumpuses. Wumpuses are hot. Wumpuses are vumpuses. Vumpuses are luminous. Each vumpus is a jompus. Jompuses are mean. Jompuses are impuses. Every impus is not small. Every impus is a rompus. Rompuses are not feisty. Yumpuses are not mean. Every r... | Is the following statement true or false? Rex is mean. | Theory:
Dumpuses are dull. Dumpuses are numpuses. Numpuses are blue. Numpuses are wumpuses. Wumpuses are hot. Wumpuses are vumpuses. Vumpuses are luminous. Each vumpus is a jompus. Jompuses are mean. Jompuses are impuses. Every impus is not small. Every impus is a rompus. Rompuses are not feisty. Yumpuses are not mean.... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Rex | Px: x is a dumpus
Qx: x is dull
Rx: x is a numpus
Sx: x is blue
Tx: x is a wumpus
Ux: x is hot
Vx: x is a vumpus
Wx: x is luminous
Xx: x is a jompus
Yx: x is mean
Zx: x is an impus
Bx: x is small
Cx: x is a rompus
Dx: x is feisty
Fx: x is a yumpus
Gx: x is a zumpus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Px -> Rx)
4. Ax(Rx -> Sx)
5. Ax(Rx -> Tx)
6. Ax(Tx -> Ux)
7. Ax(Tx -> Vx)
8. Ax(Vx -> Wx)
9. Ax(Vx -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Xx -> Zx)
12. Ax(Zx -> ~Bx)
13. Ax(Zx -> Cx)
14. Ax(Cx -> ~Dx)
15. Ax(Fx -> ~Yx)
16. Ax(Cx -> Gx) | Ya | Predicates:
Dumpus($x, bool) ::: Does x belong to Dumpus?
Dull($x, bool) ::: Is x dull?
Numpus($x, bool) ::: Does x belong to Numpus?
Blue($x, bool) ::: Is x blue?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Hot($x, bool) ::: Is x hot?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Luminous($x, bool) ::: Is x luminous... |
ProntoQA_56 | Zumpuses are bright. Every zumpus is a vumpus. Each vumpus is not kind. Each vumpus is a wumpus. Wumpuses are feisty. Wumpuses are numpuses. Each numpus is floral. Every numpus is a dumpus. Every dumpus is hot. Rompuses are liquid. Each dumpus is a tumpus. Every tumpus is not brown. Every tumpus is a jompus. Jompuses a... | Is the following statement true or false? Sam is not liquid. | Theory:
Zumpuses are bright. Every zumpus is a vumpus. Each vumpus is not kind. Each vumpus is a wumpus. Wumpuses are feisty. Wumpuses are numpuses. Each numpus is floral. Every numpus is a dumpus. Every dumpus is hot. Rompuses are liquid. Each dumpus is a tumpus. Every tumpus is not brown. Every tumpus is a jompus. Jo... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Sam | Px: x is a numpus
Qx: x is a zumpus
Rx: x is bright
Sx: x is a vumpus
Tx: x is kind
Ux: x is a wumpus
Vx: x is feisty
Wx: x is floral
Xx: x is a dumpus
Yx: x is hot
Zx: x is a rompus
Bx: x is liquid
Cx: x is a tumpus
Dx: x is brown
Fx: x is a jompus
Gx: x is bitter
Hx: x is an impus
Ix: x is a yumpus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Xx -> Yx)
11. Ax(Zx -> Bx)
12. Ax(Xx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Bx)
18. Ax(Hx -> Ix) | ~Ba | Predicates:
Zumpus($x, bool) ::: Does x belong to Zumpus?
Bright($x, bool) ::: Is x bright?
Vumpus($x, bool) ::: Does x belong to Vumpus?
Kind($x, bool) ::: Is x kind?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Feisty($x, bool) ::: Is x feisty?
Numpus($x, bool) ::: Does x belong to Numpus?
Floral($x, bool) ::: Is x ... |
ProntoQA_57 | Rompuses are luminous. Yumpuses are feisty. Rompuses are impuses. Each impus is not sour. Impuses are wumpuses. Wumpuses are not fruity. Wumpuses are numpuses. Every numpus is blue. Every numpus is a dumpus. Every dumpus is not feisty. Each dumpus is a tumpus. Tumpuses are kind. Every tumpus is a vumpus. Each vumpus is... | Is the following statement true or false? Alex is not feisty. | Theory:
Rompuses are luminous. Yumpuses are feisty. Rompuses are impuses. Each impus is not sour. Impuses are wumpuses. Wumpuses are not fruity. Wumpuses are numpuses. Every numpus is blue. Every numpus is a dumpus. Every dumpus is not feisty. Each dumpus is a tumpus. Tumpuses are kind. Every tumpus is a vumpus. Each v... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Alex | Px: x is a rompus
Qx: x is luminous
Rx: x is a yumpus
Sx: x is feisty
Tx: x is an impus
Ux: x is sour
Vx: x is a wumpus
Wx: x is fruity
Xx: x is a numpus
Yx: x is blue
Zx: x is a dumpus
Bx: x is a tumpus
Cx: x is kind
Dx: x is a vumpus
Fx: x is opaque
Gx: x is a zumpus
Hx: x is large
Ix: x is a jompus | 1. Pa
2. Ax(Px -> Qx)
3. Ax(Rx -> Sx)
4. Ax(Px -> Tx)
5. Ax(Tx -> ~Ux)
6. Ax(Tx -> Vx)
7. Ax(Vx -> ~Wx)
8. Ax(Vx -> Xx)
9. Ax(Xx -> Yx)
10. Ax(Xx -> Zx)
11. Ax(Zx -> ~Sx)
12. Ax(Zx -> Bx)
13. Ax(Bx -> Cx)
14. Ax(Bx -> Dx)
15. Ax(Dx -> Fx)
16. Ax(Dx -> Gx)
17. Ax(Gx -> ~Hx)
18. Ax(Gx -> Ix) | ~Sa | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Luminous($x, bool) ::: Is x luminous?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Feisty($x, bool) ::: Is x feisty?
Impus($x, bool) ::: Does x belong to Impus?
Sour($x, bool) ::: Is x sour?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Fruity($x, bool) ::: Is ... |
ProntoQA_58 | Tumpuses are kind. Every tumpus is an impus. Impuses are not dull. Impuses are jompuses. Jompuses are not large. Jompuses are zumpuses. Every zumpus is happy. Zumpuses are wumpuses. Every dumpus is not fruity. Each wumpus is sweet. Wumpuses are yumpuses. Yumpuses are orange. Every yumpus is a numpus. Numpuses are trans... | Is the following statement true or false? Fae is not fruity. | Theory:
Tumpuses are kind. Every tumpus is an impus. Impuses are not dull. Impuses are jompuses. Jompuses are not large. Jompuses are zumpuses. Every zumpus is happy. Zumpuses are wumpuses. Every dumpus is not fruity. Each wumpus is sweet. Wumpuses are yumpuses. Yumpuses are orange. Every yumpus is a numpus. Numpuses a... | False | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Fae | Px: x is a zumpus
Qx: x is a tumpus
Rx: x is kind
Sx: x is an impus
Tx: x is dull
Ux: x is a jompus
Vx: x is large
Wx: x is happy
Xx: x is a wumpus
Yx: x is a dumpus
Zx: x is fruity
Bx: x is sweet
Cx: x is a yumpus
Dx: x is orange
Fx: x is a numpus
Gx: x is transparent
Hx: x is a vumpus
Ix: x is a rompus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Sx -> ~Tx)
5. Ax(Sx -> Ux)
6. Ax(Ux -> ~Vx)
7. Ax(Ux -> Px)
8. Ax(Px -> Wx)
9. Ax(Px -> Xx)
10. Ax(Yx -> ~Zx)
11. Ax(Xx -> Bx)
12. Ax(Xx -> Cx)
13. Ax(Cx -> Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> Zx)
18. Ax(Hx -> Ix) | ~Za | Predicates:
Tumpus($x, bool) ::: Does x belong to Tumpus?
Kind($x, bool) ::: Is x kind?
Impus($x, bool) ::: Does x belong to Impus?
Dull($x, bool) ::: Is x dull?
Jompus($x, bool) ::: Does x belong to Jompus?
Large($x, bool) ::: Is x large?
Zumpus($x, bool) ::: Does x belong to Zumpus?
Happy($x, bool) ::: Is x happy?
Wu... |
ProntoQA_59 | Each rompus is mean. Every rompus is a wumpus. Each tumpus is nervous. Wumpuses are brown. Wumpuses are yumpuses. Every yumpus is large. Yumpuses are vumpuses. Each vumpus is dull. Vumpuses are zumpuses. Zumpuses are earthy. Every zumpus is a numpus. Numpuses are not sour. Numpuses are impuses. Impuses are transparent.... | Is the following statement true or false? Max is not nervous. | Theory:
Each rompus is mean. Every rompus is a wumpus. Each tumpus is nervous. Wumpuses are brown. Wumpuses are yumpuses. Every yumpus is large. Yumpuses are vumpuses. Each vumpus is dull. Vumpuses are zumpuses. Zumpuses are earthy. Every zumpus is a numpus. Numpuses are not sour. Numpuses are impuses. Impuses are tran... | True | [
"A) True",
"B) False"
] | validation | renma/ProntoQA | a = Max | Px: x is a vumpus
Qx: x is a rompus
Rx: x is mean
Sx: x is a wumpus
Tx: x is a tumpus
Ux: x is nervous
Vx: x is brown
Wx: x is a yumpus
Xx: x is large
Yx: x is dull
Zx: x is a zumpus
Bx: x is earthy
Cx: x is a numpus
Dx: x is sour
Fx: x is an impus
Gx: x is transparent
Hx: x is a dumpus
Ix: x is a jompus | 1. Pa
2. Ax(Qx -> Rx)
3. Ax(Qx -> Sx)
4. Ax(Tx -> Ux)
5. Ax(Sx -> Vx)
6. Ax(Sx -> Wx)
7. Ax(Wx -> Xx)
8. Ax(Wx -> Px)
9. Ax(Px -> Yx)
10. Ax(Px -> Zx)
11. Ax(Zx -> Bx)
12. Ax(Zx -> Cx)
13. Ax(Cx -> ~Dx)
14. Ax(Cx -> Fx)
15. Ax(Fx -> Gx)
16. Ax(Fx -> Hx)
17. Ax(Hx -> ~Ux)
18. Ax(Hx -> Ix) | ~Ua | Predicates:
Rompus($x, bool) ::: Does x belong to Rompus?
Mean($x, bool) ::: Is x mean?
Wumpus($x, bool) ::: Does x belong to Wumpus?
Tumpus($x, bool) ::: Does x belong to Tumpus?
Nervous($x, bool) ::: Is x nervous?
Brown($x, bool) ::: Is x brown?
Yumpus($x, bool) ::: Does x belong to Yumpus?
Large($x, bool) ::: Is x l... |
End of preview. Expand in Data Studio
README.md exists but content is empty.
- Downloads last month
- 10