hypothesis stringlengths 11 177 | context stringlengths 0 2.71k | hypothesis_formula stringlengths 3 35 | context_formula stringlengths 0 865 | proofs sequence | proof_label stringclasses 3
values | proofs_formula sequence | world_assump_label stringclasses 3
values | original_tree_depth int64 1 4 | depth int64 1 3 ⌀ | num_formula_distractors int64 0 22 | num_translation_distractors int64 0 0 | num_all_distractors int64 0 22 | negative_hypothesis stringlengths 15 158 ⌀ | negative_hypothesis_formula stringlengths 3 37 ⌀ | negative_original_tree_depth int64 0 25 ⌀ | negative_proofs sequence | negative_proof_label stringclasses 2
values | negative_world_assump_label stringclasses 2
values | prompt_serial stringlengths 99 2.85k | proof_serial stringlengths 11 654 | version stringclasses 1
value | premise stringlengths 0 188 | assumptions sequence | paraphrased_premises sequence | paraphrased_premise stringlengths 0 753 | assumption stringlengths 0 200 |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
that the foster-mother is not Sabahan and it is not a arsenical is incorrect. | sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagnates and it is not an ovulation is not true. sent4: the pentode does accompany and is a kind of a radicalism... | ¬(¬{B}{c} & ¬{C}{c}) | sent1: (x): ¬{H}x -> ¬({F}x & ¬{G}x) sent2: ¬{A}{b} sent3: (x): ¬({AA}x & ¬{AB}x) -> ¬{B}x sent4: ¬{L}{e} -> ({K}{e} & {J}{e}) sent5: ¬({F}{d} & ¬{G}{d}) -> ¬{F}{b} sent6: ¬{A}{a} -> ¬({AA}{b} & ¬{AB}{b}) sent7: {A}{a} -> ¬(¬{B}{c} & ¬{C}{c}) sent8: {J}{e} -> (¬{H}{d} & ¬{I}{d}) sent9: (x): {E}x -> ¬({D}x & ¬{A}x) sent... | [
"sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis;"
] | DISPROVED | [
"sent6 & sent12 -> int1: ¬({AA}{b} & ¬{AB}{b}); sent3 -> int2: ¬({AA}{b} & ¬{AB}{b}) -> ¬{B}{b}; int1 & int2 -> int3: ¬{B}{b}; int3 & sent11 -> hypothesis;"
] | DISPROVED | 3 | 3 | 9 | 0 | 9 | the fact that the foster-mother is both not Sabahan and not a arsenical does not hold. | ¬(¬{B}{c} & ¬{C}{c}) | 11 | [
"sent9 -> int4: that the synovia is respectful but not a signaler is not right if it does backpack fingertip.; sent10 -> int5: if the synovia is not chiasmal it does backpack fingertip.; sent1 -> int6: that the warfarin is a kind of chiasmal thing that is not irreconcilable is false if it is not autoradiographic.; ... | UNKNOWN | UNKNOWN | $hypothesis$ = that the foster-mother is not Sabahan and it is not a arsenical is incorrect. ; $context$ = sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagna... | sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis; __DISPROVED... | DeductionInstance | if that the sexton is not a signaler is correct then that the fact that the synovia does stagnate and is not an ovulation does not hold is true. | [
"the sexton is not a signaler.",
"something is not Sabahan if that it stagnates and it is not an ovulation is not true.",
"if the synovia is not a kind of a Sabahan the fact that the foster-mother is both not Sabahan and not arsenical is correct."
] | [
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is correct.",
"The fact that the sexton is not a signaler is correct.",
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is true."
] | The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is correct. | the sexton is not a signaler. |
that the foster-mother is not Sabahan and it is not a arsenical is incorrect. | sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagnates and it is not an ovulation is not true. sent4: the pentode does accompany and is a kind of a radicalism... | ¬(¬{B}{c} & ¬{C}{c}) | sent1: (x): ¬{H}x -> ¬({F}x & ¬{G}x) sent2: ¬{A}{b} sent3: (x): ¬({AA}x & ¬{AB}x) -> ¬{B}x sent4: ¬{L}{e} -> ({K}{e} & {J}{e}) sent5: ¬({F}{d} & ¬{G}{d}) -> ¬{F}{b} sent6: ¬{A}{a} -> ¬({AA}{b} & ¬{AB}{b}) sent7: {A}{a} -> ¬(¬{B}{c} & ¬{C}{c}) sent8: {J}{e} -> (¬{H}{d} & ¬{I}{d}) sent9: (x): {E}x -> ¬({D}x & ¬{A}x) sent... | [
"sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis;"
] | DISPROVED | [
"sent6 & sent12 -> int1: ¬({AA}{b} & ¬{AB}{b}); sent3 -> int2: ¬({AA}{b} & ¬{AB}{b}) -> ¬{B}{b}; int1 & int2 -> int3: ¬{B}{b}; int3 & sent11 -> hypothesis;"
] | DISPROVED | 3 | 3 | 9 | 0 | 9 | the fact that the foster-mother is both not Sabahan and not a arsenical does not hold. | ¬(¬{B}{c} & ¬{C}{c}) | 11 | [
"sent9 -> int4: that the synovia is respectful but not a signaler is not right if it does backpack fingertip.; sent10 -> int5: if the synovia is not chiasmal it does backpack fingertip.; sent1 -> int6: that the warfarin is a kind of chiasmal thing that is not irreconcilable is false if it is not autoradiographic.; ... | UNKNOWN | UNKNOWN | $hypothesis$ = that the foster-mother is not Sabahan and it is not a arsenical is incorrect. ; $context$ = sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagna... | sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis; __DISPROVED... | DeductionInstance | if that the sexton is not a signaler is correct then that the fact that the synovia does stagnate and is not an ovulation does not hold is true. | [
"the sexton is not a signaler.",
"something is not Sabahan if that it stagnates and it is not an ovulation is not true.",
"if the synovia is not a kind of a Sabahan the fact that the foster-mother is both not Sabahan and not arsenical is correct."
] | [
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is correct.",
"The fact that the sexton is not a signaler is correct.",
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is true."
] | The fact that the sexton is not a signaler is correct. | something is not Sabahan if that it stagnates and it is not an ovulation is not true. |
that the foster-mother is not Sabahan and it is not a arsenical is incorrect. | sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagnates and it is not an ovulation is not true. sent4: the pentode does accompany and is a kind of a radicalism... | ¬(¬{B}{c} & ¬{C}{c}) | sent1: (x): ¬{H}x -> ¬({F}x & ¬{G}x) sent2: ¬{A}{b} sent3: (x): ¬({AA}x & ¬{AB}x) -> ¬{B}x sent4: ¬{L}{e} -> ({K}{e} & {J}{e}) sent5: ¬({F}{d} & ¬{G}{d}) -> ¬{F}{b} sent6: ¬{A}{a} -> ¬({AA}{b} & ¬{AB}{b}) sent7: {A}{a} -> ¬(¬{B}{c} & ¬{C}{c}) sent8: {J}{e} -> (¬{H}{d} & ¬{I}{d}) sent9: (x): {E}x -> ¬({D}x & ¬{A}x) sent... | [
"sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis;"
] | DISPROVED | [
"sent6 & sent12 -> int1: ¬({AA}{b} & ¬{AB}{b}); sent3 -> int2: ¬({AA}{b} & ¬{AB}{b}) -> ¬{B}{b}; int1 & int2 -> int3: ¬{B}{b}; int3 & sent11 -> hypothesis;"
] | DISPROVED | 3 | 3 | 9 | 0 | 9 | the fact that the foster-mother is both not Sabahan and not a arsenical does not hold. | ¬(¬{B}{c} & ¬{C}{c}) | 11 | [
"sent9 -> int4: that the synovia is respectful but not a signaler is not right if it does backpack fingertip.; sent10 -> int5: if the synovia is not chiasmal it does backpack fingertip.; sent1 -> int6: that the warfarin is a kind of chiasmal thing that is not irreconcilable is false if it is not autoradiographic.; ... | UNKNOWN | UNKNOWN | $hypothesis$ = that the foster-mother is not Sabahan and it is not a arsenical is incorrect. ; $context$ = sent1: the fact that something is a kind of chiasmal thing that is not irreconcilable is wrong if it is not autoradiographic. sent2: the synovia is not a signaler. sent3: something is not Sabahan if that it stagna... | sent6 & sent12 -> int1: that the synovia stagnates and is not an ovulation is not correct.; sent3 -> int2: if that the synovia does stagnate and is not an ovulation is not true then that it is not a kind of a Sabahan is correct.; int1 & int2 -> int3: the synovia is not Sabahan.; int3 & sent11 -> hypothesis; __DISPROVED... | DeductionInstance | if that the sexton is not a signaler is correct then that the fact that the synovia does stagnate and is not an ovulation does not hold is true. | [
"the sexton is not a signaler.",
"something is not Sabahan if that it stagnates and it is not an ovulation is not true.",
"if the synovia is not a kind of a Sabahan the fact that the foster-mother is both not Sabahan and not arsenical is correct."
] | [
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is correct.",
"The fact that the sexton is not a signaler is correct.",
"The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is true."
] | The fact that the synovia does not hold an ovulation and that the sexton is not a signaler is true. | if the synovia is not a kind of a Sabahan the fact that the foster-mother is both not Sabahan and not arsenical is correct. |
the councilwoman is a kind of a surrealist. | sent1: everything is a Podilymbus but not a Psithyrus. sent2: something that is conductive is a riposte. sent3: everything is not a reflectance. sent4: if that the Masorete is a laterality is true the Milanese is antennal. sent5: if that the buntal is not a kind of a superscript is right then the bootstrap is reliable ... | {A}{aa} | sent1: (x): ({AA}x & ¬{AB}x) sent2: (x): {C}x -> {B}x sent3: (x): ¬{AJ}x sent4: {I}{d} -> {H}{c} sent5: ¬{M}{g} -> ({L}{f} & {K}{f}) sent6: {I}{e} -> {I}{d} sent7: (x): ({AA}x & ¬{AB}x) -> ¬{A}x sent8: (x): {H}x -> (¬{F}x v ¬{G}x) sent9: ¬(¬{D}{a} & ¬{C}{a}) -> {C}{aa} sent10: (x): ¬{AB}x sent11: {K}{f} -> {J}{f} sent1... | [
"sent1 -> int1: the councilwoman is a Podilymbus but it is not a Psithyrus.; sent7 -> int2: the fact that the councilwoman is not a surrealist is true if it is both a Podilymbus and not a Psithyrus.; int1 & int2 -> hypothesis;"
] | DISPROVED | [
"sent1 -> int1: ({AA}{aa} & ¬{AB}{aa}); sent7 -> int2: ({AA}{aa} & ¬{AB}{aa}) -> ¬{A}{aa}; int1 & int2 -> hypothesis;"
] | DISPROVED | 2 | 2 | 19 | 0 | 19 | the councilwoman is a surrealist. | {A}{aa} | 13 | [
"sent19 -> int3: if the fact that the councilwoman ripostes is not incorrect then it is a kind of a surrealist.; sent2 -> int4: the councilwoman does riposte if it is conductive.; sent8 -> int5: the Milanese does not recommend population and/or it does not recommend pliability if it is antennal.; sent5 & sent17 -> ... | UNKNOWN | UNKNOWN | $hypothesis$ = the councilwoman is a kind of a surrealist. ; $context$ = sent1: everything is a Podilymbus but not a Psithyrus. sent2: something that is conductive is a riposte. sent3: everything is not a reflectance. sent4: if that the Masorete is a laterality is true the Milanese is antennal. sent5: if that the bunta... | sent1 -> int1: the councilwoman is a Podilymbus but it is not a Psithyrus.; sent7 -> int2: the fact that the councilwoman is not a surrealist is true if it is both a Podilymbus and not a Psithyrus.; int1 & int2 -> hypothesis; __DISPROVED__ | DeductionInstance | everything is a Podilymbus but not a Psithyrus. | [
"if something that is a kind of a Podilymbus is not a Psithyrus it is not a surrealist."
] | [
"everything is a Podilymbus but not a Psithyrus."
] | everything is a Podilymbus but not a Psithyrus. | if something that is a kind of a Podilymbus is not a Psithyrus it is not a surrealist. |
that the utensil does recommend lumpfish and is a stake is false. | sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere does not recommend lumpfish and it is not a clearway does not hold. sent4: something that is upper... | ¬({D}{c} & {E}{c}) | sent1: {IN}{fl} -> {A}{fl} sent2: {DP}{c} -> {D}{c} sent3: {B}{b} -> ¬(¬{D}{jk} & ¬{C}{jk}) sent4: (x): {AF}x -> {ED}x sent5: (x): {DF}x -> {FM}x sent6: {E}{c} sent7: ¬{C}{d} -> ({B}{b} v ¬{A}{b}) sent8: {B}{a} -> {C}{c} sent9: {B}{c} -> {C}{a} sent10: (x): {C}x -> {D}x sent11: ({DQ}{hr} & {CQ}{hr}) sent12: {A}{c} -> {... | [
"sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis;"
] | DISPROVED | [
"sent13 & sent23 & sent8 -> int1: {C}{c}; sent10 -> int2: {C}{c} -> {D}{c}; int1 & int2 -> int3: {D}{c}; int3 & sent6 -> hypothesis;"
] | DISPROVED | 3 | 3 | 19 | 0 | 19 | the hydrosphere recommends lumpfish and it is a lapdog. | ({D}{jk} & {HS}{jk}) | 3 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = that the utensil does recommend lumpfish and is a stake is false. ; $context$ = sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere doe... | sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis; __DISPROVED__ | DeductionInstance | the ultramarine is Deweyan and/or does recommend lifeboat. | [
"that the utensil is a clearway is correct if the ultramarine is Deweyan.",
"that the utensil is a kind of a clearway is correct if the ultramarine does recommend lifeboat.",
"that something recommends lumpfish if it is a clearway is not incorrect.",
"the utensil is a stake."
] | [
"The ultramarine is Deweyan.",
"The ultramarine is recommended by Deweyan.",
"The ultra marine is Deweyan.",
"Deweyan is the name of the ultramarine."
] | The ultramarine is Deweyan. | that the utensil is a clearway is correct if the ultramarine is Deweyan. |
that the utensil does recommend lumpfish and is a stake is false. | sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere does not recommend lumpfish and it is not a clearway does not hold. sent4: something that is upper... | ¬({D}{c} & {E}{c}) | sent1: {IN}{fl} -> {A}{fl} sent2: {DP}{c} -> {D}{c} sent3: {B}{b} -> ¬(¬{D}{jk} & ¬{C}{jk}) sent4: (x): {AF}x -> {ED}x sent5: (x): {DF}x -> {FM}x sent6: {E}{c} sent7: ¬{C}{d} -> ({B}{b} v ¬{A}{b}) sent8: {B}{a} -> {C}{c} sent9: {B}{c} -> {C}{a} sent10: (x): {C}x -> {D}x sent11: ({DQ}{hr} & {CQ}{hr}) sent12: {A}{c} -> {... | [
"sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis;"
] | DISPROVED | [
"sent13 & sent23 & sent8 -> int1: {C}{c}; sent10 -> int2: {C}{c} -> {D}{c}; int1 & int2 -> int3: {D}{c}; int3 & sent6 -> hypothesis;"
] | DISPROVED | 3 | 3 | 19 | 0 | 19 | the hydrosphere recommends lumpfish and it is a lapdog. | ({D}{jk} & {HS}{jk}) | 3 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = that the utensil does recommend lumpfish and is a stake is false. ; $context$ = sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere doe... | sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis; __DISPROVED__ | DeductionInstance | the ultramarine is Deweyan and/or does recommend lifeboat. | [
"that the utensil is a clearway is correct if the ultramarine is Deweyan.",
"that the utensil is a kind of a clearway is correct if the ultramarine does recommend lifeboat.",
"that something recommends lumpfish if it is a clearway is not incorrect.",
"the utensil is a stake."
] | [
"The ultramarine is Deweyan.",
"The ultramarine is recommended by Deweyan.",
"The ultra marine is Deweyan.",
"Deweyan is the name of the ultramarine."
] | The ultramarine is recommended by Deweyan. | that the utensil is a kind of a clearway is correct if the ultramarine does recommend lifeboat. |
that the utensil does recommend lumpfish and is a stake is false. | sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere does not recommend lumpfish and it is not a clearway does not hold. sent4: something that is upper... | ¬({D}{c} & {E}{c}) | sent1: {IN}{fl} -> {A}{fl} sent2: {DP}{c} -> {D}{c} sent3: {B}{b} -> ¬(¬{D}{jk} & ¬{C}{jk}) sent4: (x): {AF}x -> {ED}x sent5: (x): {DF}x -> {FM}x sent6: {E}{c} sent7: ¬{C}{d} -> ({B}{b} v ¬{A}{b}) sent8: {B}{a} -> {C}{c} sent9: {B}{c} -> {C}{a} sent10: (x): {C}x -> {D}x sent11: ({DQ}{hr} & {CQ}{hr}) sent12: {A}{c} -> {... | [
"sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis;"
] | DISPROVED | [
"sent13 & sent23 & sent8 -> int1: {C}{c}; sent10 -> int2: {C}{c} -> {D}{c}; int1 & int2 -> int3: {D}{c}; int3 & sent6 -> hypothesis;"
] | DISPROVED | 3 | 3 | 19 | 0 | 19 | the hydrosphere recommends lumpfish and it is a lapdog. | ({D}{jk} & {HS}{jk}) | 3 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = that the utensil does recommend lumpfish and is a stake is false. ; $context$ = sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere doe... | sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis; __DISPROVED__ | DeductionInstance | the ultramarine is Deweyan and/or does recommend lifeboat. | [
"that the utensil is a clearway is correct if the ultramarine is Deweyan.",
"that the utensil is a kind of a clearway is correct if the ultramarine does recommend lifeboat.",
"that something recommends lumpfish if it is a clearway is not incorrect.",
"the utensil is a stake."
] | [
"The ultramarine is Deweyan.",
"The ultramarine is recommended by Deweyan.",
"The ultra marine is Deweyan.",
"Deweyan is the name of the ultramarine."
] | The ultra marine is Deweyan. | that something recommends lumpfish if it is a clearway is not incorrect. |
that the utensil does recommend lumpfish and is a stake is false. | sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere does not recommend lumpfish and it is not a clearway does not hold. sent4: something that is upper... | ¬({D}{c} & {E}{c}) | sent1: {IN}{fl} -> {A}{fl} sent2: {DP}{c} -> {D}{c} sent3: {B}{b} -> ¬(¬{D}{jk} & ¬{C}{jk}) sent4: (x): {AF}x -> {ED}x sent5: (x): {DF}x -> {FM}x sent6: {E}{c} sent7: ¬{C}{d} -> ({B}{b} v ¬{A}{b}) sent8: {B}{a} -> {C}{c} sent9: {B}{c} -> {C}{a} sent10: (x): {C}x -> {D}x sent11: ({DQ}{hr} & {CQ}{hr}) sent12: {A}{c} -> {... | [
"sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis;"
] | DISPROVED | [
"sent13 & sent23 & sent8 -> int1: {C}{c}; sent10 -> int2: {C}{c} -> {D}{c}; int1 & int2 -> int3: {D}{c}; int3 & sent6 -> hypothesis;"
] | DISPROVED | 3 | 3 | 19 | 0 | 19 | the hydrosphere recommends lumpfish and it is a lapdog. | ({D}{jk} & {HS}{jk}) | 3 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = that the utensil does recommend lumpfish and is a stake is false. ; $context$ = sent1: the harpsichordist is Deweyan if it is climactic. sent2: that the utensil does recommend lumpfish is not false if it is postglacial. sent3: if the Catholic does recommend lifeboat then the fact that the hydrosphere doe... | sent13 & sent23 & sent8 -> int1: the utensil is a kind of a clearway.; sent10 -> int2: if the utensil is a kind of a clearway then the fact that it recommends lumpfish is true.; int1 & int2 -> int3: the utensil recommends lumpfish.; int3 & sent6 -> hypothesis; __DISPROVED__ | DeductionInstance | the ultramarine is Deweyan and/or does recommend lifeboat. | [
"that the utensil is a clearway is correct if the ultramarine is Deweyan.",
"that the utensil is a kind of a clearway is correct if the ultramarine does recommend lifeboat.",
"that something recommends lumpfish if it is a clearway is not incorrect.",
"the utensil is a stake."
] | [
"The ultramarine is Deweyan.",
"The ultramarine is recommended by Deweyan.",
"The ultra marine is Deweyan.",
"Deweyan is the name of the ultramarine."
] | Deweyan is the name of the ultramarine. | the utensil is a stake. |
the schnook does recommend copyreader. | sent1: if the schnook is not ethnographic then it is a Riley and it is not obedient. sent2: if that something is vulvar and it is a freemasonry is false it is not vulvar. sent3: the reboxetine is not exculpatory. sent4: that the schnook does recommend copyreader is right if the potholder piffles. sent5: the ghat does r... | {AB}{a} | sent1: ¬{EB}{a} -> ({FO}{a} & ¬{DN}{a}) sent2: (x): ¬({F}x & {H}x) -> ¬{F}x sent3: ¬{G}{c} sent4: {A}{b} -> {AB}{a} sent5: {AB}{is} sent6: ¬{G}{c} -> ¬({F}{c} & {H}{c}) sent7: {D}{c} sent8: ¬{AF}{en} -> ({GU}{en} & ¬{AB}{en}) sent9: ¬{AA}{a} -> ({JI}{a} & ¬{EU}{a}) sent10: (x): ¬{F}x -> (¬{E}x & {B}x) sent11: ({AA}{a} ... | [
"sent13 & sent14 -> int1: the schnook is a niqaabi but it does not recommend copyreader.; int1 -> hypothesis;"
] | DISPROVED | [
"sent13 & sent14 -> int1: ({AA}{a} & ¬{AB}{a}); int1 -> hypothesis;"
] | DISPROVED | 2 | 2 | 12 | 0 | 12 | the schnook recommends copyreader. | {AB}{a} | 8 | [
"sent12 -> int2: the reboxetine is a requital if it is a unit.; int2 & sent7 -> int3: that the reboxetine is a kind of a requital hold.; sent10 -> int4: if the fact that the reboxetine is not vulvar is correct then it is not a Indian and it is a microbe.; sent2 -> int5: if that the reboxetine is vulvar and is a fre... | UNKNOWN | UNKNOWN | $hypothesis$ = the schnook does recommend copyreader. ; $context$ = sent1: if the schnook is not ethnographic then it is a Riley and it is not obedient. sent2: if that something is vulvar and it is a freemasonry is false it is not vulvar. sent3: the reboxetine is not exculpatory. sent4: that the schnook does recommend ... | sent13 & sent14 -> int1: the schnook is a niqaabi but it does not recommend copyreader.; int1 -> hypothesis; __DISPROVED__ | DeductionInstance | if the schnook does not piffle then it is a niqaabi and it does not recommend copyreader. | [
"the schnook does not piffle."
] | [
"if the schnook does not piffle then it is a niqaabi and it does not recommend copyreader."
] | if the schnook does not piffle then it is a niqaabi and it does not recommend copyreader. | the schnook does not piffle. |
both the recommending bitter-bark and the knelling occurs. | sent1: the serving Morgantown happens. sent2: the unfamiliarness happens. sent3: the spending occurs and the ontogeneticness occurs. sent4: if the serving Morgantown does not occur then the fact that the recommending bitter-bark occurs and the knell occurs is not right. sent5: both the serving Morgantown and the recomm... | ({B} & {C}) | sent1: {A} sent2: {GR} sent3: ({HU} & {BM}) sent4: ¬{A} -> ¬({B} & {C}) sent5: ({A} & {B}) sent6: {O} sent7: ({DF} & {T}) sent8: {C} sent9: ¬{E} -> ({A} & {HI}) | [
"sent5 -> int1: the recommending bitter-bark occurs.; int1 & sent8 -> hypothesis;"
] | PROVED | [
"sent5 -> int1: {B}; int1 & sent8 -> hypothesis;"
] | PROVED | 2 | 2 | 7 | 0 | 7 | the fact that the recommending bitter-bark and the knell happens is wrong. | ¬({B} & {C}) | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = both the recommending bitter-bark and the knelling occurs. ; $context$ = sent1: the serving Morgantown happens. sent2: the unfamiliarness happens. sent3: the spending occurs and the ontogeneticness occurs. sent4: if the serving Morgantown does not occur then the fact that the recommending bitter-bark occ... | sent5 -> int1: the recommending bitter-bark occurs.; int1 & sent8 -> hypothesis; __PROVED__ | DeductionInstance | both the serving Morgantown and the recommending bitter-bark occurs. | [
"the knell occurs."
] | [
"both the serving Morgantown and the recommending bitter-bark occurs."
] | both the serving Morgantown and the recommending bitter-bark occurs. | the knell occurs. |
the triquetral is not Aleutians and/or is not a Euphagus. | sent1: if something is north it is not a kind of a Euphagus. sent2: something is a north but not a gee-gee if it is not a kind of a gasbag. sent3: the centerpiece does not recommend ethics and is not Aleutians. sent4: if the triquetral does recommend isosorbide but it is not evening then it is not a Germanic. sent5: th... | (¬{B}{a} v ¬{A}{a}) | sent1: (x): {C}x -> ¬{A}x sent2: (x): ¬{E}x -> ({C}x & ¬{D}x) sent3: (¬{N}{it} & ¬{B}{it}) sent4: ({DF}{a} & ¬{BC}{a}) -> ¬{CD}{a} sent5: (¬{AA}{a} & ¬{AB}{a}) -> ¬{B}{a} | [] | UNKNOWN | [] | UNKNOWN | 2 | null | 4 | 0 | 4 | the Casanova is both not Aleutians and not a cast. | (¬{B}{dh} & ¬{GE}{dh}) | 6 | [
"sent1 -> int1: if the triquetral is a north it is not a Euphagus.; sent2 -> int2: the triquetral is a north but it is not a gee-gee if it is not a gasbag.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the triquetral is not Aleutians and/or is not a Euphagus. ; $context$ = sent1: if something is north it is not a kind of a Euphagus. sent2: something is a north but not a gee-gee if it is not a kind of a gasbag. sent3: the centerpiece does not recommend ethics and is not Aleutians. sent4: if the triquetr... | __UNKNOWN__ | DeductionInstance | the triquetral is not Aleutians if it does not condition and it does not serve format. | [
"the centerpiece does not recommend ethics and is not Aleutians."
] | [
"the triquetral is not Aleutians if it does not condition and it does not serve format."
] | the triquetral is not Aleutians if it does not condition and it does not serve format. | the centerpiece does not recommend ethics and is not Aleutians. |
the self-starter is noncritical if the pit is a readout. | sent1: the self-starter is noncritical if that the pit is a tetrahedron is correct. sent2: the fact that the self-starter is a kind of a readout hold. sent3: if something is not transitional then it is not noncritical. sent4: the pit is a Salvadoran. sent5: something is a tetrahedron and it is a readout if it is not no... | {A}{a} -> {C}{b} | sent1: {B}{a} -> {C}{b} sent2: {A}{b} sent3: (x): ¬{D}x -> ¬{C}x sent4: {HL}{a} sent5: (x): ¬{C}x -> ({B}x & {A}x) sent6: {C}{a} sent7: {A}{a} -> {B}{a} | [
"void -> assump1: Let's assume that the pit is a readout.; sent7 & assump1 -> int1: the pit is a tetrahedron.; sent1 & int1 -> int2: that the self-starter is noncritical is true.; [assump1] & int2 -> hypothesis;"
] | PROVED | [
"void -> assump1: {A}{a}; sent7 & assump1 -> int1: {B}{a}; sent1 & int1 -> int2: {C}{b}; [assump1] & int2 -> hypothesis;"
] | PROVED | 3 | 3 | 5 | 0 | 5 | the algebraist is a tetrahedron. | {B}{as} | 5 | [
"sent5 -> int3: if the algebraist is not noncritical then it is a tetrahedron and it is a readout.; sent3 -> int4: the algebraist is not noncritical if it is not transitional.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the self-starter is noncritical if the pit is a readout. ; $context$ = sent1: the self-starter is noncritical if that the pit is a tetrahedron is correct. sent2: the fact that the self-starter is a kind of a readout hold. sent3: if something is not transitional then it is not noncritical. sent4: the pit ... | void -> assump1: Let's assume that the pit is a readout.; sent7 & assump1 -> int1: the pit is a tetrahedron.; sent1 & int1 -> int2: that the self-starter is noncritical is true.; [assump1] & int2 -> hypothesis; __PROVED__ | DeductionInstance | if the pit is a readout then it is a tetrahedron. | [
"the self-starter is noncritical if that the pit is a tetrahedron is correct."
] | [
"if the pit is a readout then it is a tetrahedron."
] | if the pit is a readout then it is a tetrahedron. | the self-starter is noncritical if that the pit is a tetrahedron is correct. |
something is a Kaufman and does surprise. | sent1: something is a Kaufman. sent2: the acumen is uneventful. sent3: the acumen is a surprise. sent4: the pheno-safranine is a surprise. | (Ex): ({A}x & {B}x) | sent1: (Ex): {A}x sent2: {FO}{a} sent3: {B}{a} sent4: {B}{hb} | [] | UNKNOWN | [] | UNKNOWN | 2 | null | 3 | 0 | 3 | null | null | null | [] | null | null | $hypothesis$ = something is a Kaufman and does surprise. ; $context$ = sent1: something is a Kaufman. sent2: the acumen is uneventful. sent3: the acumen is a surprise. sent4: the pheno-safranine is a surprise. ; $proof$ = | __UNKNOWN__ | DeductionInstance | something is a Kaufman. | [
"the pheno-safranine is a surprise."
] | [
"something is a Kaufman."
] | something is a Kaufman. | the pheno-safranine is a surprise. |
the voluptuary is a kind of a notoriety. | sent1: the voluptuary is a kind of a notoriety if the convalescence is a notoriety. sent2: something is a prostitute that does quintuple. sent3: something is a kind of uncousinly thing that does recommend neurectomy if it is a notoriety. sent4: something does not backpack pneumonectomy. sent5: there is something such t... | {A}{a} | sent1: {A}{b} -> {A}{a} sent2: (Ex): ({AA}x & {AB}x) sent3: (x): {A}x -> (¬{HU}x & {DN}x) sent4: (Ex): ¬{G}x sent5: (Ex): {AB}x sent6: ¬{E}{d} -> (¬{D}{d} v {F}{d}) sent7: (¬{EB}{aa} & {BK}{aa}) sent8: (¬{AA}{aa} & {AB}{aa}) sent9: ¬{E}{d} sent10: (x): (¬{AA}x & {AB}x) -> ¬{A}{a} sent11: ¬{AA}{aa} sent12: (x): ¬{C}x ->... | [
"sent8 -> int1: there is something such that it is not a prostitute and it does quintuple.; int1 & sent10 -> hypothesis;"
] | DISPROVED | [
"sent8 -> int1: (Ex): (¬{AA}x & {AB}x); int1 & sent10 -> hypothesis;"
] | DISPROVED | 2 | 2 | 13 | 0 | 13 | the voluptuary is a kind of a notoriety. | {A}{a} | 8 | [
"sent12 -> int2: if the convalescence is not a kind of a hoard it is a notoriety and a Cosmocampus.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the voluptuary is a kind of a notoriety. ; $context$ = sent1: the voluptuary is a kind of a notoriety if the convalescence is a notoriety. sent2: something is a prostitute that does quintuple. sent3: something is a kind of uncousinly thing that does recommend neurectomy if it is a notoriety. sent4: somet... | sent8 -> int1: there is something such that it is not a prostitute and it does quintuple.; int1 & sent10 -> hypothesis; __DISPROVED__ | DeductionInstance | that the mouth is not a kind of a prostitute but it quintuples is true. | [
"the voluptuary is not a kind of a notoriety if something that is not a kind of a prostitute does quintuple."
] | [
"that the mouth is not a kind of a prostitute but it quintuples is true."
] | that the mouth is not a kind of a prostitute but it quintuples is true. | the voluptuary is not a kind of a notoriety if something that is not a kind of a prostitute does quintuple. |
the fact that the oratory happens and the recommending gaskin does not occur does not hold. | sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception occurs does not hold. sent3: that the wipeout does not occur is prevented by that the boniness occurs and the cuckoldry d... | ¬({D} & ¬{C}) | sent1: {B} -> ¬({D} & ¬{C}) sent2: ¬({B} & ¬{DG}) -> {DG} sent3: ({AA} & ¬{AB}) -> {B} sent4: {A} -> (¬{AA} & ¬{AB}) sent5: {CQ} -> ¬{HN} sent6: {DK} sent7: {M} sent8: (¬{FJ} & ¬{HC}) -> {FT} sent9: {EF} -> ¬{L} sent10: {IU} -> ¬({L} & ¬{HF}) sent11: ¬({HM} & ¬{EF}) sent12: (¬{AA} & ¬{AB}) -> {B} sent13: ¬({T} & ¬{EK})... | [
"sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis;"
] | PROVED | [
"sent4 & sent16 -> int1: (¬{AA} & ¬{AB}); int1 & sent12 -> int2: {B}; int2 & sent1 -> hypothesis;"
] | PROVED | 3 | 3 | 15 | 0 | 15 | the contraception happens. | {DG} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the oratory happens and the recommending gaskin does not occur does not hold. ; $context$ = sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception ... | sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the blondness occurs hold the boniness does not occur and the cuckoldry does not occur. | [
"the blond happens.",
"the wipeout is brought about by that the boniness does not occur and the cuckoldry does not occur.",
"if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true."
] | [
"The cuckoldry does not occur if the blondness occurs.",
"The cuckoldry does not occur if the blondness holds.",
"The cuckoldry doesn't occur if the blondness occurs."
] | The cuckoldry does not occur if the blondness occurs. | the blond happens. |
the fact that the oratory happens and the recommending gaskin does not occur does not hold. | sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception occurs does not hold. sent3: that the wipeout does not occur is prevented by that the boniness occurs and the cuckoldry d... | ¬({D} & ¬{C}) | sent1: {B} -> ¬({D} & ¬{C}) sent2: ¬({B} & ¬{DG}) -> {DG} sent3: ({AA} & ¬{AB}) -> {B} sent4: {A} -> (¬{AA} & ¬{AB}) sent5: {CQ} -> ¬{HN} sent6: {DK} sent7: {M} sent8: (¬{FJ} & ¬{HC}) -> {FT} sent9: {EF} -> ¬{L} sent10: {IU} -> ¬({L} & ¬{HF}) sent11: ¬({HM} & ¬{EF}) sent12: (¬{AA} & ¬{AB}) -> {B} sent13: ¬({T} & ¬{EK})... | [
"sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis;"
] | PROVED | [
"sent4 & sent16 -> int1: (¬{AA} & ¬{AB}); int1 & sent12 -> int2: {B}; int2 & sent1 -> hypothesis;"
] | PROVED | 3 | 3 | 15 | 0 | 15 | the contraception happens. | {DG} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the oratory happens and the recommending gaskin does not occur does not hold. ; $context$ = sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception ... | sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the blondness occurs hold the boniness does not occur and the cuckoldry does not occur. | [
"the blond happens.",
"the wipeout is brought about by that the boniness does not occur and the cuckoldry does not occur.",
"if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true."
] | [
"The cuckoldry does not occur if the blondness occurs.",
"The cuckoldry does not occur if the blondness holds.",
"The cuckoldry doesn't occur if the blondness occurs."
] | The cuckoldry does not occur if the blondness holds. | the wipeout is brought about by that the boniness does not occur and the cuckoldry does not occur. |
the fact that the oratory happens and the recommending gaskin does not occur does not hold. | sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception occurs does not hold. sent3: that the wipeout does not occur is prevented by that the boniness occurs and the cuckoldry d... | ¬({D} & ¬{C}) | sent1: {B} -> ¬({D} & ¬{C}) sent2: ¬({B} & ¬{DG}) -> {DG} sent3: ({AA} & ¬{AB}) -> {B} sent4: {A} -> (¬{AA} & ¬{AB}) sent5: {CQ} -> ¬{HN} sent6: {DK} sent7: {M} sent8: (¬{FJ} & ¬{HC}) -> {FT} sent9: {EF} -> ¬{L} sent10: {IU} -> ¬({L} & ¬{HF}) sent11: ¬({HM} & ¬{EF}) sent12: (¬{AA} & ¬{AB}) -> {B} sent13: ¬({T} & ¬{EK})... | [
"sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis;"
] | PROVED | [
"sent4 & sent16 -> int1: (¬{AA} & ¬{AB}); int1 & sent12 -> int2: {B}; int2 & sent1 -> hypothesis;"
] | PROVED | 3 | 3 | 15 | 0 | 15 | the contraception happens. | {DG} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the oratory happens and the recommending gaskin does not occur does not hold. ; $context$ = sent1: if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. sent2: the contraception occurs if the fact that the wipeout but not the contraception ... | sent4 & sent16 -> int1: the boniness does not occur and the cuckoldry does not occur.; int1 & sent12 -> int2: the wipeout occurs.; int2 & sent1 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the blondness occurs hold the boniness does not occur and the cuckoldry does not occur. | [
"the blond happens.",
"the wipeout is brought about by that the boniness does not occur and the cuckoldry does not occur.",
"if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true."
] | [
"The cuckoldry does not occur if the blondness occurs.",
"The cuckoldry does not occur if the blondness holds.",
"The cuckoldry doesn't occur if the blondness occurs."
] | The cuckoldry doesn't occur if the blondness occurs. | if the wipeout occurs then the fact that the oratory but not the recommending gaskin occurs is not true. |
there exists something such that if it is determinate it is multiform and/or it does serve Egyptologist. | sent1: something is nervous and/or it is indeterminate if it is not supportive. sent2: something is multiform and/or does serve Egyptologist if it is indeterminate. sent3: the website is multiform or does serve Egyptologist or both if it is indeterminate. | (Ex): ¬{A}x -> ({AA}x v {AB}x) | sent1: (x): ¬{EP}x -> ({JH}x v {A}x) sent2: (x): {A}x -> ({AA}x v {AB}x) sent3: {A}{aa} -> ({AA}{aa} v {AB}{aa}) | [] | UNKNOWN | [] | UNKNOWN | 2 | null | 3 | 0 | 3 | either the ropewalk is nervous or it is indeterminate or both if it is not supportive. | ¬{EP}{p} -> ({JH}{p} v {A}{p}) | 1 | [
"sent1 -> hypothesis;"
] | PROVED | PROVED | $hypothesis$ = there exists something such that if it is determinate it is multiform and/or it does serve Egyptologist. ; $context$ = sent1: something is nervous and/or it is indeterminate if it is not supportive. sent2: something is multiform and/or does serve Egyptologist if it is indeterminate. sent3: the website is... | __UNKNOWN__ | DeductionInstance | something is nervous and/or it is indeterminate if it is not supportive. | [
"something is multiform and/or does serve Egyptologist if it is indeterminate."
] | [
"something is nervous and/or it is indeterminate if it is not supportive."
] | something is nervous and/or it is indeterminate if it is not supportive. | something is multiform and/or does serve Egyptologist if it is indeterminate. |
the exocentricness does not occur. | sent1: the clayeiness does not occur. sent2: the fact that the libidinalness occurs is not false. sent3: if the serving Bardeen happens the echocardiography occurs. sent4: that the clayeiness and the eligibleness happens does not hold if the Gallicness occurs. sent5: if the clayeiness happens the fact that the beating ... | ¬{A} | sent1: ¬{D} sent2: {HQ} sent3: {AP} -> {CU} sent4: {E} -> ¬({D} & {C}) sent5: {D} -> ¬({B} & ¬{C}) sent6: {B} -> ¬{D} sent7: ¬({D} & {C}) sent8: {HH} sent9: {F} sent10: {CQ} -> ¬({DF} & {GF}) sent11: {E} -> ¬(¬{D} & {C}) sent12: ¬{HB} sent13: {F} -> {E} sent14: {EP} sent15: ¬{CL} sent16: ¬{E} -> ¬(¬{C} & {D}) sent17: {... | [
"void -> assump1: Let's assume that the exocentricness happens.; sent13 & sent9 -> int1: the Gallicness occurs.; sent11 & int1 -> int2: the fact that both the non-clayeyness and the eligibleness occurs is wrong.;"
] | UNKNOWN | [
"void -> assump1: {A}; sent13 & sent9 -> int1: {E}; sent11 & int1 -> int2: ¬(¬{D} & {C});"
] | UNKNOWN | 4 | null | 16 | 0 | 16 | the deployment occurs. | {CP} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the exocentricness does not occur. ; $context$ = sent1: the clayeiness does not occur. sent2: the fact that the libidinalness occurs is not false. sent3: if the serving Bardeen happens the echocardiography occurs. sent4: that the clayeiness and the eligibleness happens does not hold if the Gallicness occ... | __UNKNOWN__ | DeductionInstance | the Gallicness occurs if the cybercrime happens. | [
"the cybercrime occurs.",
"if the Gallicness occurs the fact that that the clayeiness does not occur and the eligibleness occurs is not wrong is not right."
] | [
"The Gallicness occurs if a crime is committed.",
"The Gallicness occurs if there is a crime."
] | The Gallicness occurs if a crime is committed. | the cybercrime occurs. |
the exocentricness does not occur. | sent1: the clayeiness does not occur. sent2: the fact that the libidinalness occurs is not false. sent3: if the serving Bardeen happens the echocardiography occurs. sent4: that the clayeiness and the eligibleness happens does not hold if the Gallicness occurs. sent5: if the clayeiness happens the fact that the beating ... | ¬{A} | sent1: ¬{D} sent2: {HQ} sent3: {AP} -> {CU} sent4: {E} -> ¬({D} & {C}) sent5: {D} -> ¬({B} & ¬{C}) sent6: {B} -> ¬{D} sent7: ¬({D} & {C}) sent8: {HH} sent9: {F} sent10: {CQ} -> ¬({DF} & {GF}) sent11: {E} -> ¬(¬{D} & {C}) sent12: ¬{HB} sent13: {F} -> {E} sent14: {EP} sent15: ¬{CL} sent16: ¬{E} -> ¬(¬{C} & {D}) sent17: {... | [
"void -> assump1: Let's assume that the exocentricness happens.; sent13 & sent9 -> int1: the Gallicness occurs.; sent11 & int1 -> int2: the fact that both the non-clayeyness and the eligibleness occurs is wrong.;"
] | UNKNOWN | [
"void -> assump1: {A}; sent13 & sent9 -> int1: {E}; sent11 & int1 -> int2: ¬(¬{D} & {C});"
] | UNKNOWN | 4 | null | 16 | 0 | 16 | the deployment occurs. | {CP} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the exocentricness does not occur. ; $context$ = sent1: the clayeiness does not occur. sent2: the fact that the libidinalness occurs is not false. sent3: if the serving Bardeen happens the echocardiography occurs. sent4: that the clayeiness and the eligibleness happens does not hold if the Gallicness occ... | __UNKNOWN__ | DeductionInstance | the Gallicness occurs if the cybercrime happens. | [
"the cybercrime occurs.",
"if the Gallicness occurs the fact that that the clayeiness does not occur and the eligibleness occurs is not wrong is not right."
] | [
"The Gallicness occurs if a crime is committed.",
"The Gallicness occurs if there is a crime."
] | The Gallicness occurs if there is a crime. | if the Gallicness occurs the fact that that the clayeiness does not occur and the eligibleness occurs is not wrong is not right. |
the taboret is not endoparasitic. | sent1: the taboret is endoparasitic if the chaperon is a mildew. sent2: the fact that the taboret is not a mildew but it is endoparasitic is incorrect. sent3: there exists nothing such that it is endoparasitic and is not a kind of a methanogen. sent4: something that is not a quad is both a mildew and endoparasitic. sen... | ¬{A}{a} | sent1: {AA}{aa} -> {A}{a} sent2: ¬(¬{AA}{a} & {A}{a}) sent3: (x): ¬({A}x & ¬{AB}x) sent4: (x): ¬{C}x -> ({AA}x & {A}x) sent5: ¬{D}{a} -> ({C}{a} & ¬{B}{a}) sent6: (x): (¬{F}x & {E}x) -> ¬{D}x sent7: (x): ¬({AA}x & ¬{AB}x) sent8: ¬({AA}{aa} & ¬{AB}{aa}) sent9: ¬(¬{AA}{aa} & ¬{AB}{aa}) -> {A}{a} sent10: ¬({A}{b} & ¬{B}{b... | [
"sent14 -> int1: the fact that the chaperon is not a mildew and it is not a kind of a methanogen is not true.; sent9 & int1 -> hypothesis;"
] | DISPROVED | [
"sent14 -> int1: ¬(¬{AA}{aa} & ¬{AB}{aa}); sent9 & int1 -> hypothesis;"
] | DISPROVED | 2 | 2 | 14 | 0 | 14 | the fact that the taboret is not endoparasitic is right. | ¬{A}{a} | 7 | [
"sent16 -> int2: if the fornix is not a quad then the fact that it is a kind of endoparasitic thing that does not parley does not hold.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the taboret is not endoparasitic. ; $context$ = sent1: the taboret is endoparasitic if the chaperon is a mildew. sent2: the fact that the taboret is not a mildew but it is endoparasitic is incorrect. sent3: there exists nothing such that it is endoparasitic and is not a kind of a methanogen. sent4: somet... | sent14 -> int1: the fact that the chaperon is not a mildew and it is not a kind of a methanogen is not true.; sent9 & int1 -> hypothesis; __DISPROVED__ | DeductionInstance | there exists nothing that is not a mildew and not a methanogen. | [
"the taboret is endoparasitic if that the chaperon is not a kind of a mildew and is not a kind of a methanogen is incorrect."
] | [
"there exists nothing that is not a mildew and not a methanogen."
] | there exists nothing that is not a mildew and not a methanogen. | the taboret is endoparasitic if that the chaperon is not a kind of a mildew and is not a kind of a methanogen is incorrect. |
the Split is not a tansy. | sent1: something is not an evacuation and is not Sinhala. sent2: if the fact that something is a kind of non-post-communist thing that does not serve Algren is wrong then it does serve Algren. sent3: if something is not monatomic but it serves Algren then it is a thickhead. sent4: if something does not serve Algren the... | ¬{A}{a} | sent1: (Ex): (¬{N}x & ¬{M}x) sent2: (x): ¬(¬{F}x & ¬{D}x) -> {D}x sent3: (x): (¬{E}x & {D}x) -> {C}x sent4: (x): ¬{D}x -> (¬{B}x v ¬{C}x) sent5: {I}{d} sent6: ¬{AA}{a} sent7: ({J}{d} & {I}{d}) -> ¬{H}{c} sent8: ¬({AA}{a} v ¬{AB}{a}) sent9: {J}{e} -> {J}{d} sent10: (x): (¬{N}x & ¬{M}x) -> {J}{e} sent11: (x): ¬{H}x -> {G... | [
"void -> assump1: Let's assume that the Split is a tansy.; sent13 & assump1 -> int1: the Split is a councillorship and/or it is not a kind of a humification.; int1 & sent8 -> int2: this is contradiction.; [assump1] & int2 -> hypothesis;"
] | PROVED | [
"void -> assump1: {A}{a}; sent13 & assump1 -> int1: ({AA}{a} v ¬{AB}{a}); int1 & sent8 -> int2: #F#; [assump1] & int2 -> hypothesis;"
] | PROVED | 3 | 3 | 14 | 0 | 14 | the CRP does recommend candlepins or it is not cooling or both. | ({P}{id} v ¬{JI}{id}) | 7 | [
"sent4 -> int3: if the absentee does not serve Algren then it is not unresentful or it is not a thickhead or both.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the Split is not a tansy. ; $context$ = sent1: something is not an evacuation and is not Sinhala. sent2: if the fact that something is a kind of non-post-communist thing that does not serve Algren is wrong then it does serve Algren. sent3: if something is not monatomic but it serves Algren then it is a t... | void -> assump1: Let's assume that the Split is a tansy.; sent13 & assump1 -> int1: the Split is a councillorship and/or it is not a kind of a humification.; int1 & sent8 -> int2: this is contradiction.; [assump1] & int2 -> hypothesis; __PROVED__ | DeductionInstance | the Split either is a councillorship or is not a humification or both if it is a kind of a tansy. | [
"the fact that the Split is a councillorship and/or is not a humification is not right."
] | [
"the Split either is a councillorship or is not a humification or both if it is a kind of a tansy."
] | the Split either is a councillorship or is not a humification or both if it is a kind of a tansy. | the fact that the Split is a councillorship and/or is not a humification is not right. |
the rigout is not non-neolithic. | sent1: the rigout is not neolithic if the niqab speculates but it is not neolithic. sent2: if the almsgiver is a instillator then the rigout is neolithic. sent3: the niqab is a recitative. sent4: if the almsgiver is a kind of a recitative then the niqab speculates but it is not neolithic. sent5: there is something such... | {D}{c} | sent1: ({A}{a} & ¬{D}{a}) -> ¬{D}{c} sent2: {C}{b} -> {D}{c} sent3: {B}{a} sent4: {B}{b} -> ({A}{a} & ¬{D}{a}) sent5: (Ex): ({D}x & {A}x) sent6: {A}{a} | [
"sent6 & sent3 -> int1: the niqab speculates and is a kind of a recitative.; int1 -> int2: something speculates and is a recitative.;"
] | UNKNOWN | [
"sent6 & sent3 -> int1: ({A}{a} & {B}{a}); int1 -> int2: (Ex): ({A}x & {B}x);"
] | UNKNOWN | 4 | null | 3 | 0 | 3 | the rigout is not neolithic. | ¬{D}{c} | 6 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the rigout is not non-neolithic. ; $context$ = sent1: the rigout is not neolithic if the niqab speculates but it is not neolithic. sent2: if the almsgiver is a instillator then the rigout is neolithic. sent3: the niqab is a recitative. sent4: if the almsgiver is a kind of a recitative then the niqab spec... | __UNKNOWN__ | DeductionInstance | the niqab does speculate. | [
"the niqab is a recitative."
] | [
"the niqab does speculate."
] | the niqab does speculate. | the niqab is a recitative. |
the backpacking gamboge occurs. | sent1: the bridle does not occur. sent2: the tip-off does not occur if that that the unperceptiveness and the tip-off happens is not incorrect does not hold. sent3: that both the unperceptiveness and the tip-off occurs is not correct if the chance-medley does not occur. sent4: if the extradition does not occur the gamb... | {B} | sent1: ¬{IH} sent2: ¬({K} & {J}) -> ¬{J} sent3: ¬{L} -> ¬({K} & {J}) sent4: ¬{DK} -> ¬{EA} sent5: ({E} & ¬{D}) -> ¬{C} sent6: {H} -> (¬{F} & ¬{G}) sent7: ¬{A} -> ¬{AB} sent8: ¬{GT} -> ¬{AP} sent9: ¬{ET} sent10: ¬{J} -> ({I} & {H}) sent11: ¬{C} -> (¬{A} & ¬{B}) sent12: ¬{R} -> ({Q} & ¬{P}) sent13: {AA} -> {B} sent14: ({... | [
"sent16 & sent20 -> int1: the cuckoldry but not the tolerance happens.; int1 -> int2: the cuckoldry happens.; sent13 & int2 -> hypothesis;"
] | PROVED | [
"sent16 & sent20 -> int1: ({AA} & ¬{AB}); int1 -> int2: {AA}; sent13 & int2 -> hypothesis;"
] | PROVED | 3 | 3 | 18 | 0 | 18 | the backpacking gamboge does not occur. | ¬{B} | 17 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the backpacking gamboge occurs. ; $context$ = sent1: the bridle does not occur. sent2: the tip-off does not occur if that that the unperceptiveness and the tip-off happens is not incorrect does not hold. sent3: that both the unperceptiveness and the tip-off occurs is not correct if the chance-medley does... | sent16 & sent20 -> int1: the cuckoldry but not the tolerance happens.; int1 -> int2: the cuckoldry happens.; sent13 & int2 -> hypothesis; __PROVED__ | DeductionInstance | if that the recommending timer does not occur is true the cuckoldry but not the tolerance occurs. | [
"the recommending timer does not occur.",
"that the backpacking gamboge does not occur is prevented by the cuckoldry."
] | [
"The recommendation timer is true if it doesn't happen, but not the tolerance.",
"The recommendation timer isn't true if it doesn't happen."
] | The recommendation timer is true if it doesn't happen, but not the tolerance. | the recommending timer does not occur. |
the backpacking gamboge occurs. | sent1: the bridle does not occur. sent2: the tip-off does not occur if that that the unperceptiveness and the tip-off happens is not incorrect does not hold. sent3: that both the unperceptiveness and the tip-off occurs is not correct if the chance-medley does not occur. sent4: if the extradition does not occur the gamb... | {B} | sent1: ¬{IH} sent2: ¬({K} & {J}) -> ¬{J} sent3: ¬{L} -> ¬({K} & {J}) sent4: ¬{DK} -> ¬{EA} sent5: ({E} & ¬{D}) -> ¬{C} sent6: {H} -> (¬{F} & ¬{G}) sent7: ¬{A} -> ¬{AB} sent8: ¬{GT} -> ¬{AP} sent9: ¬{ET} sent10: ¬{J} -> ({I} & {H}) sent11: ¬{C} -> (¬{A} & ¬{B}) sent12: ¬{R} -> ({Q} & ¬{P}) sent13: {AA} -> {B} sent14: ({... | [
"sent16 & sent20 -> int1: the cuckoldry but not the tolerance happens.; int1 -> int2: the cuckoldry happens.; sent13 & int2 -> hypothesis;"
] | PROVED | [
"sent16 & sent20 -> int1: ({AA} & ¬{AB}); int1 -> int2: {AA}; sent13 & int2 -> hypothesis;"
] | PROVED | 3 | 3 | 18 | 0 | 18 | the backpacking gamboge does not occur. | ¬{B} | 17 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the backpacking gamboge occurs. ; $context$ = sent1: the bridle does not occur. sent2: the tip-off does not occur if that that the unperceptiveness and the tip-off happens is not incorrect does not hold. sent3: that both the unperceptiveness and the tip-off occurs is not correct if the chance-medley does... | sent16 & sent20 -> int1: the cuckoldry but not the tolerance happens.; int1 -> int2: the cuckoldry happens.; sent13 & int2 -> hypothesis; __PROVED__ | DeductionInstance | if that the recommending timer does not occur is true the cuckoldry but not the tolerance occurs. | [
"the recommending timer does not occur.",
"that the backpacking gamboge does not occur is prevented by the cuckoldry."
] | [
"The recommendation timer is true if it doesn't happen, but not the tolerance.",
"The recommendation timer isn't true if it doesn't happen."
] | The recommendation timer isn't true if it doesn't happen. | that the backpacking gamboge does not occur is prevented by the cuckoldry. |
the fact that the lifeboat is not a kind of a peculiarity but it is Melanesian is not true. | sent1: if the chit serves entreaty the lifeboat does not serve Methodist. sent2: if the chit does perch it is not a show-stopper and is a phosphor. sent3: the wisteria is a Pompadour. sent4: if something that is not a kind of a show-stopper is a phosphor then it serves entreaty. sent5: if the dominance does not perch t... | ¬(¬{C}{a} & {D}{a}) | sent1: {B}{aa} -> ¬{A}{a} sent2: {E}{aa} -> (¬{AA}{aa} & {AB}{aa}) sent3: {F}{d} sent4: (x): (¬{AA}x & {AB}x) -> {B}x sent5: ¬{E}{c} -> ({A}{b} & ¬{B}{b}) sent6: (x): ¬{A}x -> ¬(¬{C}x & {D}x) | [
"sent4 -> int1: the chit does serve entreaty if it is both not a show-stopper and a phosphor.; sent6 -> int2: the fact that the lifeboat is not a peculiarity but it is Melanesian does not hold if it does not serve Methodist.;"
] | UNKNOWN | [
"sent4 -> int1: (¬{AA}{aa} & {AB}{aa}) -> {B}{aa}; sent6 -> int2: ¬{A}{a} -> ¬(¬{C}{a} & {D}{a});"
] | UNKNOWN | 4 | null | 2 | 0 | 2 | the lifeboat is not a kind of a peculiarity and is Melanesian. | (¬{C}{a} & {D}{a}) | 7 | [] | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the lifeboat is not a kind of a peculiarity but it is Melanesian is not true. ; $context$ = sent1: if the chit serves entreaty the lifeboat does not serve Methodist. sent2: if the chit does perch it is not a show-stopper and is a phosphor. sent3: the wisteria is a Pompadour. sent4: if somet... | __UNKNOWN__ | DeductionInstance | if something that is not a kind of a show-stopper is a phosphor then it serves entreaty. | [
"that something is not a kind of a peculiarity and is Melanesian is not correct if it does not serve Methodist."
] | [
"if something that is not a kind of a show-stopper is a phosphor then it serves entreaty."
] | if something that is not a kind of a show-stopper is a phosphor then it serves entreaty. | that something is not a kind of a peculiarity and is Melanesian is not correct if it does not serve Methodist. |
the tendergreen is not arborical. | sent1: the anchorite does recommend electroencephalogram or is not a betrayal or both. sent2: the henbane is inferential. sent3: if the fact that something is not a kind of a bubo but it boats camail does not hold it is a blasphemy. sent4: something is a blasphemy. sent5: if the Caliphate is bicapsular then the henbane... | ¬{B}{aa} | sent1: ({AB}{is} v ¬{FB}{is}) sent2: {E}{b} sent3: (x): ¬(¬{C}x & {D}x) -> {A}x sent4: (Ex): {A}x sent5: {G}{c} -> {F}{b} sent6: (x): {GU}x -> ({FL}{aa} v ¬{GP}{aa}) sent7: ¬{AB}{gg} sent8: {G}{c} sent9: (x): {A}x -> ({AA}{aa} v ¬{AB}{aa}) sent10: (x): ({AA}x v ¬{AB}x) -> ¬{B}x sent11: (x): {A}x -> {B}x sent12: (x): {A... | [
"sent10 -> int1: the fact that the tendergreen is not arborical if the tendergreen is buccal and/or it does not recommend electroencephalogram is right.; sent4 & sent9 -> int2: the tendergreen is buccal and/or it does not recommend electroencephalogram.; int1 & int2 -> hypothesis;"
] | PROVED | [
"sent10 -> int1: ({AA}{aa} v ¬{AB}{aa}) -> ¬{B}{aa}; sent4 & sent9 -> int2: ({AA}{aa} v ¬{AB}{aa}); int1 & int2 -> hypothesis;"
] | PROVED | 2 | 2 | 9 | 0 | 9 | the tendergreen is arborical. | {B}{aa} | 8 | [
"sent11 -> int3: if the tendergreen is a kind of a blasphemy it is arborical.; sent3 -> int4: the tendergreen is a kind of a blasphemy if that it is not a bubo and boats camail is wrong.; sent5 & sent8 -> int5: that the henbane serves VLF is correct.; sent2 & int5 -> int6: that the henbane is not non-inferential an... | UNKNOWN | UNKNOWN | $hypothesis$ = the tendergreen is not arborical. ; $context$ = sent1: the anchorite does recommend electroencephalogram or is not a betrayal or both. sent2: the henbane is inferential. sent3: if the fact that something is not a kind of a bubo but it boats camail does not hold it is a blasphemy. sent4: something is a bl... | sent10 -> int1: the fact that the tendergreen is not arborical if the tendergreen is buccal and/or it does not recommend electroencephalogram is right.; sent4 & sent9 -> int2: the tendergreen is buccal and/or it does not recommend electroencephalogram.; int1 & int2 -> hypothesis; __PROVED__ | DeductionInstance | if something is buccal and/or it does not recommend electroencephalogram then it is not arborical. | [
"something is a blasphemy.",
"the tendergreen either is buccal or does not recommend electroencephalogram or both if something is a blasphemy."
] | [
"If something is buccal then it is not arborical.",
"If something is buccal it is not arborical."
] | If something is buccal then it is not arborical. | something is a blasphemy. |
the tendergreen is not arborical. | sent1: the anchorite does recommend electroencephalogram or is not a betrayal or both. sent2: the henbane is inferential. sent3: if the fact that something is not a kind of a bubo but it boats camail does not hold it is a blasphemy. sent4: something is a blasphemy. sent5: if the Caliphate is bicapsular then the henbane... | ¬{B}{aa} | sent1: ({AB}{is} v ¬{FB}{is}) sent2: {E}{b} sent3: (x): ¬(¬{C}x & {D}x) -> {A}x sent4: (Ex): {A}x sent5: {G}{c} -> {F}{b} sent6: (x): {GU}x -> ({FL}{aa} v ¬{GP}{aa}) sent7: ¬{AB}{gg} sent8: {G}{c} sent9: (x): {A}x -> ({AA}{aa} v ¬{AB}{aa}) sent10: (x): ({AA}x v ¬{AB}x) -> ¬{B}x sent11: (x): {A}x -> {B}x sent12: (x): {A... | [
"sent10 -> int1: the fact that the tendergreen is not arborical if the tendergreen is buccal and/or it does not recommend electroencephalogram is right.; sent4 & sent9 -> int2: the tendergreen is buccal and/or it does not recommend electroencephalogram.; int1 & int2 -> hypothesis;"
] | PROVED | [
"sent10 -> int1: ({AA}{aa} v ¬{AB}{aa}) -> ¬{B}{aa}; sent4 & sent9 -> int2: ({AA}{aa} v ¬{AB}{aa}); int1 & int2 -> hypothesis;"
] | PROVED | 2 | 2 | 9 | 0 | 9 | the tendergreen is arborical. | {B}{aa} | 8 | [
"sent11 -> int3: if the tendergreen is a kind of a blasphemy it is arborical.; sent3 -> int4: the tendergreen is a kind of a blasphemy if that it is not a bubo and boats camail is wrong.; sent5 & sent8 -> int5: that the henbane serves VLF is correct.; sent2 & int5 -> int6: that the henbane is not non-inferential an... | UNKNOWN | UNKNOWN | $hypothesis$ = the tendergreen is not arborical. ; $context$ = sent1: the anchorite does recommend electroencephalogram or is not a betrayal or both. sent2: the henbane is inferential. sent3: if the fact that something is not a kind of a bubo but it boats camail does not hold it is a blasphemy. sent4: something is a bl... | sent10 -> int1: the fact that the tendergreen is not arborical if the tendergreen is buccal and/or it does not recommend electroencephalogram is right.; sent4 & sent9 -> int2: the tendergreen is buccal and/or it does not recommend electroencephalogram.; int1 & int2 -> hypothesis; __PROVED__ | DeductionInstance | if something is buccal and/or it does not recommend electroencephalogram then it is not arborical. | [
"something is a blasphemy.",
"the tendergreen either is buccal or does not recommend electroencephalogram or both if something is a blasphemy."
] | [
"If something is buccal then it is not arborical.",
"If something is buccal it is not arborical."
] | If something is buccal it is not arborical. | the tendergreen either is buccal or does not recommend electroencephalogram or both if something is a blasphemy. |
the handhold is a quad. | sent1: if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. sent2: the handhold does grin. sent3: the handhold is not gymnastics. sent4: the handhold grins if it is not gymnastics. sent5: if something is a prosperity it is a kind of a quad. | {B}{a} | sent1: ¬{A}{a} -> ({AA}{a} & {AB}{a}) sent2: {AB}{a} sent3: ¬{A}{a} sent4: ¬{A}{a} -> {AB}{a} sent5: (x): {AA}x -> {B}x | [
"sent1 & sent3 -> int1: the handhold is a prosperity and it grins.; int1 -> int2: the handhold is a prosperity.; sent5 -> int3: the handhold is a quad if it is a prosperity.; int2 & int3 -> hypothesis;"
] | PROVED | [
"sent1 & sent3 -> int1: ({AA}{a} & {AB}{a}); int1 -> int2: {AA}{a}; sent5 -> int3: {AA}{a} -> {B}{a}; int2 & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 2 | 0 | 2 | null | null | null | [] | null | null | $hypothesis$ = the handhold is a quad. ; $context$ = sent1: if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. sent2: the handhold does grin. sent3: the handhold is not gymnastics. sent4: the handhold grins if it is not gymnastics. sent5: if something is a prosperity it is... | sent1 & sent3 -> int1: the handhold is a prosperity and it grins.; int1 -> int2: the handhold is a prosperity.; sent5 -> int3: the handhold is a quad if it is a prosperity.; int2 & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. | [
"the handhold is not gymnastics.",
"if something is a prosperity it is a kind of a quad."
] | [
"It is a prosperity if the hand hold is not gymnastics.",
"It is a prosperity if the handhold is not gymnastics."
] | It is a prosperity if the hand hold is not gymnastics. | the handhold is not gymnastics. |
the handhold is a quad. | sent1: if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. sent2: the handhold does grin. sent3: the handhold is not gymnastics. sent4: the handhold grins if it is not gymnastics. sent5: if something is a prosperity it is a kind of a quad. | {B}{a} | sent1: ¬{A}{a} -> ({AA}{a} & {AB}{a}) sent2: {AB}{a} sent3: ¬{A}{a} sent4: ¬{A}{a} -> {AB}{a} sent5: (x): {AA}x -> {B}x | [
"sent1 & sent3 -> int1: the handhold is a prosperity and it grins.; int1 -> int2: the handhold is a prosperity.; sent5 -> int3: the handhold is a quad if it is a prosperity.; int2 & int3 -> hypothesis;"
] | PROVED | [
"sent1 & sent3 -> int1: ({AA}{a} & {AB}{a}); int1 -> int2: {AA}{a}; sent5 -> int3: {AA}{a} -> {B}{a}; int2 & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 2 | 0 | 2 | null | null | null | [] | null | null | $hypothesis$ = the handhold is a quad. ; $context$ = sent1: if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. sent2: the handhold does grin. sent3: the handhold is not gymnastics. sent4: the handhold grins if it is not gymnastics. sent5: if something is a prosperity it is... | sent1 & sent3 -> int1: the handhold is a prosperity and it grins.; int1 -> int2: the handhold is a prosperity.; sent5 -> int3: the handhold is a quad if it is a prosperity.; int2 & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the handhold is not gymnastics is not false it is a prosperity and it does grin. | [
"the handhold is not gymnastics.",
"if something is a prosperity it is a kind of a quad."
] | [
"It is a prosperity if the hand hold is not gymnastics.",
"It is a prosperity if the handhold is not gymnastics."
] | It is a prosperity if the handhold is not gymnastics. | if something is a prosperity it is a kind of a quad. |
the councilwoman does not backpack mummy. | sent1: the councilwoman is not a stern if there exists something such that that it is seamless and/or is navigational does not hold. sent2: something is not bacteroidal if it is a kind of a stern. sent3: the Casanova does not boat requested. sent4: if the fact that the councilwoman does backpack mummy hold it does boat... | ¬{A}{a} | sent1: (x): ¬({H}x v {G}x) -> ¬{F}{a} sent2: (x): {F}x -> ¬{E}x sent3: ¬{B}{gg} sent4: {A}{a} -> {B}{a} sent5: (x): {C}x -> ¬{B}{a} sent6: (Ex): {A}x sent7: (x): ¬{H}x -> ({F}x v {G}x) sent8: (x): {G}x -> ¬{E}x sent9: {JH}{a} sent10: {U}{a} sent11: {DQ}{a} -> {B}{a} sent12: {H}{a} -> {HA}{a} sent13: ¬{GP}{a} sent14: (E... | [
"void -> assump1: Let's assume that the councilwoman does backpack mummy.; sent4 & assump1 -> int1: the councilwoman boats requested.; sent14 & sent5 -> int2: the councilwoman does not boat requested.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis;"
] | PROVED | [
"void -> assump1: {A}{a}; sent4 & assump1 -> int1: {B}{a}; sent14 & sent5 -> int2: ¬{B}{a}; int1 & int2 -> int3: #F#; [assump1] & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 18 | 0 | 18 | the mummy does not boat requested. | ¬{B}{ff} | 6 | [
"sent20 -> int4: if the mummy is not tolerant and does not backpack mummy then that it does not boat requested hold.; sent17 & sent1 -> int5: the councilwoman is not a stern.; int5 -> int6: something is not a stern.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the councilwoman does not backpack mummy. ; $context$ = sent1: the councilwoman is not a stern if there exists something such that that it is seamless and/or is navigational does not hold. sent2: something is not bacteroidal if it is a kind of a stern. sent3: the Casanova does not boat requested. sent4: ... | void -> assump1: Let's assume that the councilwoman does backpack mummy.; sent4 & assump1 -> int1: the councilwoman boats requested.; sent14 & sent5 -> int2: the councilwoman does not boat requested.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the councilwoman does backpack mummy hold it does boat requested. | [
"there exists something such that that it is tolerant is right.",
"if something is tolerant then the councilwoman does not boat requested."
] | [
"The councilwoman has a backpack mummy hold.",
"The boat was requested if the councilwoman has a backpack mummy hold."
] | The councilwoman has a backpack mummy hold. | there exists something such that that it is tolerant is right. |
the councilwoman does not backpack mummy. | sent1: the councilwoman is not a stern if there exists something such that that it is seamless and/or is navigational does not hold. sent2: something is not bacteroidal if it is a kind of a stern. sent3: the Casanova does not boat requested. sent4: if the fact that the councilwoman does backpack mummy hold it does boat... | ¬{A}{a} | sent1: (x): ¬({H}x v {G}x) -> ¬{F}{a} sent2: (x): {F}x -> ¬{E}x sent3: ¬{B}{gg} sent4: {A}{a} -> {B}{a} sent5: (x): {C}x -> ¬{B}{a} sent6: (Ex): {A}x sent7: (x): ¬{H}x -> ({F}x v {G}x) sent8: (x): {G}x -> ¬{E}x sent9: {JH}{a} sent10: {U}{a} sent11: {DQ}{a} -> {B}{a} sent12: {H}{a} -> {HA}{a} sent13: ¬{GP}{a} sent14: (E... | [
"void -> assump1: Let's assume that the councilwoman does backpack mummy.; sent4 & assump1 -> int1: the councilwoman boats requested.; sent14 & sent5 -> int2: the councilwoman does not boat requested.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis;"
] | PROVED | [
"void -> assump1: {A}{a}; sent4 & assump1 -> int1: {B}{a}; sent14 & sent5 -> int2: ¬{B}{a}; int1 & int2 -> int3: #F#; [assump1] & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 18 | 0 | 18 | the mummy does not boat requested. | ¬{B}{ff} | 6 | [
"sent20 -> int4: if the mummy is not tolerant and does not backpack mummy then that it does not boat requested hold.; sent17 & sent1 -> int5: the councilwoman is not a stern.; int5 -> int6: something is not a stern.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the councilwoman does not backpack mummy. ; $context$ = sent1: the councilwoman is not a stern if there exists something such that that it is seamless and/or is navigational does not hold. sent2: something is not bacteroidal if it is a kind of a stern. sent3: the Casanova does not boat requested. sent4: ... | void -> assump1: Let's assume that the councilwoman does backpack mummy.; sent4 & assump1 -> int1: the councilwoman boats requested.; sent14 & sent5 -> int2: the councilwoman does not boat requested.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the fact that the councilwoman does backpack mummy hold it does boat requested. | [
"there exists something such that that it is tolerant is right.",
"if something is tolerant then the councilwoman does not boat requested."
] | [
"The councilwoman has a backpack mummy hold.",
"The boat was requested if the councilwoman has a backpack mummy hold."
] | The boat was requested if the councilwoman has a backpack mummy hold. | if something is tolerant then the councilwoman does not boat requested. |
the traverser is a Ottumwa. | sent1: the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater. sent2: the traverser is not a kind of a proctoscopy. sent3: something is a redistribution and it is a psychodid. sent4: the traverser does not recommend packinghouse. sent5: the fact that the anteater is not a O... | {D}{a} | sent1: (x): ({A}x & {B}x) -> ¬{C}{a} sent2: ¬{A}{a} sent3: (Ex): ({HJ}x & {FS}x) sent4: ¬{ET}{a} sent5: ¬{D}{ac} sent6: (Ex): {HF}x sent7: (Ex): ({BU}x & {IT}x) sent8: ¬{DU}{a} sent9: ¬{D}{dq} sent10: ¬{BL}{a} sent11: (Ex): {JB}x sent12: (x): ¬{C}x -> ¬{D}x sent13: (Ex): {IC}x sent14: ¬{IC}{a} sent15: ¬{D}{fg} sent16: ... | [
"sent21 & sent1 -> int1: the traverser is not a latest.; sent12 -> int2: the fact that the traverser is not the Ottumwa if the traverser is not a latest hold.; int1 & int2 -> hypothesis;"
] | DISPROVED | [
"sent21 & sent1 -> int1: ¬{C}{a}; sent12 -> int2: ¬{C}{a} -> ¬{D}{a}; int1 & int2 -> hypothesis;"
] | DISPROVED | 2 | 2 | 19 | 0 | 19 | null | null | null | [] | null | null | $hypothesis$ = the traverser is a Ottumwa. ; $context$ = sent1: the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater. sent2: the traverser is not a kind of a proctoscopy. sent3: something is a redistribution and it is a psychodid. sent4: the traverser does not recommend p... | sent21 & sent1 -> int1: the traverser is not a latest.; sent12 -> int2: the fact that the traverser is not the Ottumwa if the traverser is not a latest hold.; int1 & int2 -> hypothesis; __DISPROVED__ | DeductionInstance | something is a proctoscopy that is a crater. | [
"the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater.",
"something is not a Ottumwa if it is not a kind of a latest."
] | [
"There is a crater.",
"A proctoscopy is a crater."
] | There is a crater. | the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater. |
the traverser is a Ottumwa. | sent1: the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater. sent2: the traverser is not a kind of a proctoscopy. sent3: something is a redistribution and it is a psychodid. sent4: the traverser does not recommend packinghouse. sent5: the fact that the anteater is not a O... | {D}{a} | sent1: (x): ({A}x & {B}x) -> ¬{C}{a} sent2: ¬{A}{a} sent3: (Ex): ({HJ}x & {FS}x) sent4: ¬{ET}{a} sent5: ¬{D}{ac} sent6: (Ex): {HF}x sent7: (Ex): ({BU}x & {IT}x) sent8: ¬{DU}{a} sent9: ¬{D}{dq} sent10: ¬{BL}{a} sent11: (Ex): {JB}x sent12: (x): ¬{C}x -> ¬{D}x sent13: (Ex): {IC}x sent14: ¬{IC}{a} sent15: ¬{D}{fg} sent16: ... | [
"sent21 & sent1 -> int1: the traverser is not a latest.; sent12 -> int2: the fact that the traverser is not the Ottumwa if the traverser is not a latest hold.; int1 & int2 -> hypothesis;"
] | DISPROVED | [
"sent21 & sent1 -> int1: ¬{C}{a}; sent12 -> int2: ¬{C}{a} -> ¬{D}{a}; int1 & int2 -> hypothesis;"
] | DISPROVED | 2 | 2 | 19 | 0 | 19 | null | null | null | [] | null | null | $hypothesis$ = the traverser is a Ottumwa. ; $context$ = sent1: the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater. sent2: the traverser is not a kind of a proctoscopy. sent3: something is a redistribution and it is a psychodid. sent4: the traverser does not recommend p... | sent21 & sent1 -> int1: the traverser is not a latest.; sent12 -> int2: the fact that the traverser is not the Ottumwa if the traverser is not a latest hold.; int1 & int2 -> hypothesis; __DISPROVED__ | DeductionInstance | something is a proctoscopy that is a crater. | [
"the fact that the traverser is not a latest is true if something is a proctoscopy and it is a crater.",
"something is not a Ottumwa if it is not a kind of a latest."
] | [
"There is a crater.",
"A proctoscopy is a crater."
] | A proctoscopy is a crater. | something is not a Ottumwa if it is not a kind of a latest. |
the fact that the fact that the chromatography companies but it is not a doctor is not true is correct. | sent1: if the skink does recommend coating but it is not intradermal the chromatography does recommend coating. sent2: if the chromatography is a company and not a doctor then the skink is not intradermal. sent3: if the fact that the kohl is a kind of non-intradermal thing that does not recommend coating is right then ... | ¬({AA}{a} & ¬{AB}{a}) | sent1: ({A}{b} & ¬{B}{b}) -> {A}{a} sent2: ({AA}{a} & ¬{AB}{a}) -> ¬{B}{b} sent3: (¬{B}{c} & ¬{A}{c}) -> {B}{b} sent4: (x): {H}x -> ¬(¬{F}x v {G}x) sent5: (¬{B}{c} & {A}{c}) -> {B}{b} sent6: ¬{D}{c} -> ¬{C}{b} sent7: (x): {H}x sent8: ¬(¬{F}{e} v {G}{e}) -> ¬{D}{d} sent9: (x): {A}x -> ¬({EO}x & ¬{IO}x) sent10: ¬({A}{a} ... | [
"void -> assump1: Let's assume that the chromatography companies but it is not a doctor.; sent2 & assump1 -> int1: the skink is not intradermal.; sent3 & sent17 -> int2: the skink is intradermal.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis;"
] | PROVED | [
"void -> assump1: ({AA}{a} & ¬{AB}{a}); sent2 & assump1 -> int1: ¬{B}{b}; sent3 & sent17 -> int2: {B}{b}; int1 & int2 -> int3: #F#; [assump1] & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 17 | 0 | 17 | the chromatography is a company but it is not a doctor. | ({AA}{a} & ¬{AB}{a}) | 11 | [
"sent12 -> int4: the chromatography is a company that is not a doctor if that it recommends coating is correct.; sent7 -> int5: the obturator is a waterfall.; sent4 -> int6: if the obturator is a waterfall that it is either not a judgeship or a knotgrass or both does not hold.; int5 & int6 -> int7: the fact that th... | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the fact that the chromatography companies but it is not a doctor is not true is correct. ; $context$ = sent1: if the skink does recommend coating but it is not intradermal the chromatography does recommend coating. sent2: if the chromatography is a company and not a doctor then the skink i... | void -> assump1: Let's assume that the chromatography companies but it is not a doctor.; sent2 & assump1 -> int1: the skink is not intradermal.; sent3 & sent17 -> int2: the skink is intradermal.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the chromatography is a company and not a doctor then the skink is not intradermal. | [
"if the fact that the kohl is a kind of non-intradermal thing that does not recommend coating is right then the skink is non-intradermal.",
"the kohl is not intradermal and does not recommend coating."
] | [
"The skink is not a part of the body if the company is not a doctor.",
"The skink is not a part of the body if it is a company and not a doctor."
] | The skink is not a part of the body if the company is not a doctor. | if the fact that the kohl is a kind of non-intradermal thing that does not recommend coating is right then the skink is non-intradermal. |
the fact that the fact that the chromatography companies but it is not a doctor is not true is correct. | sent1: if the skink does recommend coating but it is not intradermal the chromatography does recommend coating. sent2: if the chromatography is a company and not a doctor then the skink is not intradermal. sent3: if the fact that the kohl is a kind of non-intradermal thing that does not recommend coating is right then ... | ¬({AA}{a} & ¬{AB}{a}) | sent1: ({A}{b} & ¬{B}{b}) -> {A}{a} sent2: ({AA}{a} & ¬{AB}{a}) -> ¬{B}{b} sent3: (¬{B}{c} & ¬{A}{c}) -> {B}{b} sent4: (x): {H}x -> ¬(¬{F}x v {G}x) sent5: (¬{B}{c} & {A}{c}) -> {B}{b} sent6: ¬{D}{c} -> ¬{C}{b} sent7: (x): {H}x sent8: ¬(¬{F}{e} v {G}{e}) -> ¬{D}{d} sent9: (x): {A}x -> ¬({EO}x & ¬{IO}x) sent10: ¬({A}{a} ... | [
"void -> assump1: Let's assume that the chromatography companies but it is not a doctor.; sent2 & assump1 -> int1: the skink is not intradermal.; sent3 & sent17 -> int2: the skink is intradermal.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis;"
] | PROVED | [
"void -> assump1: ({AA}{a} & ¬{AB}{a}); sent2 & assump1 -> int1: ¬{B}{b}; sent3 & sent17 -> int2: {B}{b}; int1 & int2 -> int3: #F#; [assump1] & int3 -> hypothesis;"
] | PROVED | 3 | 3 | 17 | 0 | 17 | the chromatography is a company but it is not a doctor. | ({AA}{a} & ¬{AB}{a}) | 11 | [
"sent12 -> int4: the chromatography is a company that is not a doctor if that it recommends coating is correct.; sent7 -> int5: the obturator is a waterfall.; sent4 -> int6: if the obturator is a waterfall that it is either not a judgeship or a knotgrass or both does not hold.; int5 & int6 -> int7: the fact that th... | UNKNOWN | UNKNOWN | $hypothesis$ = the fact that the fact that the chromatography companies but it is not a doctor is not true is correct. ; $context$ = sent1: if the skink does recommend coating but it is not intradermal the chromatography does recommend coating. sent2: if the chromatography is a company and not a doctor then the skink i... | void -> assump1: Let's assume that the chromatography companies but it is not a doctor.; sent2 & assump1 -> int1: the skink is not intradermal.; sent3 & sent17 -> int2: the skink is intradermal.; int1 & int2 -> int3: this is contradiction.; [assump1] & int3 -> hypothesis; __PROVED__ | DeductionInstance | if the chromatography is a company and not a doctor then the skink is not intradermal. | [
"if the fact that the kohl is a kind of non-intradermal thing that does not recommend coating is right then the skink is non-intradermal.",
"the kohl is not intradermal and does not recommend coating."
] | [
"The skink is not a part of the body if the company is not a doctor.",
"The skink is not a part of the body if it is a company and not a doctor."
] | The skink is not a part of the body if it is a company and not a doctor. | the kohl is not intradermal and does not recommend coating. |
the phenazopyridine is unpriestly. | sent1: the dacryocyst is both non-sexagesimal and bounded. sent2: that the pad is certain thing that does not recommend adz is not true if it carries. sent3: if the fact that the dacryocyst does boat Lyra but it is not unpriestly is not correct the phenazopyridine is unpriestly. sent4: the dacryocyst recommends adz. se... | {E}{b} | sent1: (¬{CO}{a} & {EO}{a}) sent2: {D}{d} -> ¬({B}{d} & ¬{C}{d}) sent3: ¬({A}{a} & ¬{E}{a}) -> {E}{b} sent4: {C}{a} sent5: (¬{I}{e} & ¬{J}{e}) sent6: (x): {A}x -> (¬{B}{a} & {C}{a}) sent7: (x): {CS}x -> {AE}{ac} sent8: (x): {JA}x -> {E}{b} sent9: (Ex): {A}x sent10: (x): {GJ}x -> {GB}{a} sent11: (Ex): {B}x sent12: (¬{B}... | [
"sent9 & sent6 -> int1: the dacryocyst is not certain and recommends adz.; int1 & sent12 -> int2: the phenazopyridine is not a carry.; sent14 -> int3: the phenazopyridine is not unpriestly if it is not a kind of a carry.; int2 & int3 -> hypothesis;"
] | DISPROVED | [
"sent9 & sent6 -> int1: (¬{B}{a} & {C}{a}); int1 & sent12 -> int2: ¬{D}{b}; sent14 -> int3: ¬{D}{b} -> ¬{E}{b}; int2 & int3 -> hypothesis;"
] | DISPROVED | 3 | 3 | 13 | 0 | 13 | the phenazopyridine is unpriestly. | {E}{b} | 10 | [
"sent5 -> int4: something is not a radio and it is not a kind of a hypertrophy.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the phenazopyridine is unpriestly. ; $context$ = sent1: the dacryocyst is both non-sexagesimal and bounded. sent2: that the pad is certain thing that does not recommend adz is not true if it carries. sent3: if the fact that the dacryocyst does boat Lyra but it is not unpriestly is not correct the phenazo... | sent9 & sent6 -> int1: the dacryocyst is not certain and recommends adz.; int1 & sent12 -> int2: the phenazopyridine is not a carry.; sent14 -> int3: the phenazopyridine is not unpriestly if it is not a kind of a carry.; int2 & int3 -> hypothesis; __DISPROVED__ | DeductionInstance | there is something such that it boats Lyra. | [
"the dacryocyst is non-certain thing that recommends adz if there is something such that the fact that it boats Lyra is not false.",
"if the dacryocyst is a kind of non-certain thing that recommends adz the phenazopyridine is not a kind of a carry.",
"something is not unpriestly if it does not carry."
] | [
"There is something that boats Lyra, that's what SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA is SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA ... | There is something that boats Lyra, that's what SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA is SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVA... | the dacryocyst is non-certain thing that recommends adz if there is something such that the fact that it boats Lyra is not false. |
the phenazopyridine is unpriestly. | sent1: the dacryocyst is both non-sexagesimal and bounded. sent2: that the pad is certain thing that does not recommend adz is not true if it carries. sent3: if the fact that the dacryocyst does boat Lyra but it is not unpriestly is not correct the phenazopyridine is unpriestly. sent4: the dacryocyst recommends adz. se... | {E}{b} | sent1: (¬{CO}{a} & {EO}{a}) sent2: {D}{d} -> ¬({B}{d} & ¬{C}{d}) sent3: ¬({A}{a} & ¬{E}{a}) -> {E}{b} sent4: {C}{a} sent5: (¬{I}{e} & ¬{J}{e}) sent6: (x): {A}x -> (¬{B}{a} & {C}{a}) sent7: (x): {CS}x -> {AE}{ac} sent8: (x): {JA}x -> {E}{b} sent9: (Ex): {A}x sent10: (x): {GJ}x -> {GB}{a} sent11: (Ex): {B}x sent12: (¬{B}... | [
"sent9 & sent6 -> int1: the dacryocyst is not certain and recommends adz.; int1 & sent12 -> int2: the phenazopyridine is not a carry.; sent14 -> int3: the phenazopyridine is not unpriestly if it is not a kind of a carry.; int2 & int3 -> hypothesis;"
] | DISPROVED | [
"sent9 & sent6 -> int1: (¬{B}{a} & {C}{a}); int1 & sent12 -> int2: ¬{D}{b}; sent14 -> int3: ¬{D}{b} -> ¬{E}{b}; int2 & int3 -> hypothesis;"
] | DISPROVED | 3 | 3 | 13 | 0 | 13 | the phenazopyridine is unpriestly. | {E}{b} | 10 | [
"sent5 -> int4: something is not a radio and it is not a kind of a hypertrophy.;"
] | UNKNOWN | UNKNOWN | $hypothesis$ = the phenazopyridine is unpriestly. ; $context$ = sent1: the dacryocyst is both non-sexagesimal and bounded. sent2: that the pad is certain thing that does not recommend adz is not true if it carries. sent3: if the fact that the dacryocyst does boat Lyra but it is not unpriestly is not correct the phenazo... | sent9 & sent6 -> int1: the dacryocyst is not certain and recommends adz.; int1 & sent12 -> int2: the phenazopyridine is not a carry.; sent14 -> int3: the phenazopyridine is not unpriestly if it is not a kind of a carry.; int2 & int3 -> hypothesis; __DISPROVED__ | DeductionInstance | there is something such that it boats Lyra. | [
"the dacryocyst is non-certain thing that recommends adz if there is something such that the fact that it boats Lyra is not false.",
"if the dacryocyst is a kind of non-certain thing that recommends adz the phenazopyridine is not a kind of a carry.",
"something is not unpriestly if it does not carry."
] | [
"There is something that boats Lyra, that's what SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA is SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA ... | There is something that boats Lyra, that's what SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA is SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA is SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SALVAGEDATA SA... | if the dacryocyst is a kind of non-certain thing that recommends adz the phenazopyridine is not a kind of a carry. |
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