data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
no products are like mathematics.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. like mathematics
C. no
D. products
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

problem_type: components

proposition: no products are like mathematics.

shuffled_elements:
are
like mathematics
no
products

correct_answer: D

correct_answer: B

correct_answer: A

correct_answer: C


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: some fruits are happy.
Answer these:
Q1: If SIP is true, then SIP is ___?
Q2: If SIP is true, then SEP is ___?
Q3: If SIP is true, then SIP is ___?
Q4: If SIP is true, then SOP is ___?
Format: [[true/false;...]]

base_proposition: some fruits are happy.

questions:
If SIP is true, then SIP is ___?
If SIP is true, then SEP is ___?
If SIP is true, then SIP is ___?
If SIP is true, then SOP is ___?

correct_values: false false false true


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some individual businesses are planets.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. individual businesses
C. planets
D. some
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some individual businesses are planets.

shuffled_elements:
are
individual businesses
planets
some

correct_answer: B

correct_answer: C

correct_answer: A

correct_answer: D


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] all individual businesses are conductive.
[2] no individual businesses are conductive.
[3] some students are not qualified.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

correct_answers: A A B


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all metals are not pens.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are not
B. metals
C. pens
D. all
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all metals are not pens.

shuffled_elements:
are not
metals
pens
all

correct_answer: B

correct_answer: C

correct_answer: A

correct_answer: D


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all products are like mathematics.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. products
B. like mathematics
C. all
D. are
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all products are like mathematics.

shuffled_elements:
products
like mathematics
all
are

correct_answer: A

correct_answer: B

correct_answer: D

correct_answer: C


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all mammals are not warm-blooded animals.
Answer these:
Q1: If SEP is true, then SAP is ___?
Q2: If SEP is true, then SEP is ___?
Q3: If SEP is true, then SAP is ___?
Q4: If SEP is true, then SAP is ___?
Format: [[true/false;...]]

questions:
If SEP is true, then SAP is ___?
If SEP is true, then SEP is ___?
If SEP is true, then SAP is ___?
If SEP is true, then SAP is ___?

correct_values: false true true false


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some animals are populated.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. some
B. populated
C. are
D. animals
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some animals are populated.

shuffled_elements: some populated are animals

correct_answer: D

correct_answer: B

correct_answer: C

correct_answer: A


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some individual businesses are warm-blooded animals.
Choose from: [[SAP/SEP/SIP/SOP]]

correct_type: SIP


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: some rocks are bright.
Answer these:
Q1: If SIP is true, then SAP is ___?
Q2: If SIP is true, then SOP is ___?
Q3: If SIP is true, then SEP is ___?
Q4: If SIP is true, then SEP is ___?
Format: [[true/false;...]]

base_proposition: some rocks are bright.

questions:
If SIP is true, then SAP is ___?
If SIP is true, then SOP is ___?
If SIP is true, then SEP is ___?
If SIP is true, then SEP is ___?

correct_values: true false false false


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some fruits are interesting.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some fruits are interesting.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some books are happy.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. books
B. are
C. happy
D. some
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some books are happy.

shuffled_elements: books are happy some

correct_answer: A

correct_answer: C

correct_answer: B

correct_answer: D


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: some students are not warm-blooded animals.
Answer these:
Q1: If SOP is true, then SOP is ___?
Q2: If SOP is true, then SAP is ___?
Q3: If SOP is true, then SOP is ___?
Q4: If SOP is true, then SOP is ___?
Format: [[true/false;...]]

questions:
If SOP is true, then SOP is ___?
If SOP is true, then SAP is ___?
If SOP is true, then SOP is ___?
If SOP is true, then SOP is ___?

correct_values: true false false true


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all cities are populated.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all cities are populated.

correct_type: SAP


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some students are furry.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some students are furry.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all stars are deep.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all stars are deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some books are large.
[2] all books are large.
[3] some countries are not happy.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some books are large.
all books are large.
some countries are not happy.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all stars are not warm-blooded animals.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. all
B. stars
C. warm-blooded animals
D. are not
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all stars are not warm-blooded animals.

shuffled_elements:
all
stars
warm-blooded animals
are not

correct_answer: B

correct_answer: C

correct_answer: D

correct_answer: A


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all fruits are sweet.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. all
C. sweet
D. fruits
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all fruits are sweet.

shuffled_elements: are all sweet fruits

correct_answer: D

correct_answer: C

correct_answer: A

correct_answer: B


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all stars are not conductive.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all stars are not conductive.

correct_type: SEP


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some mammals are qualified.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. mammals
C. some
D. qualified
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some mammals are qualified.

shuffled_elements: are mammals some qualified

correct_answer: B

correct_answer: D

correct_answer: A

correct_answer: C


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: some oceans are tall.
Answer these:
Q1: If SIP is true, then SIP is ___?
Q2: If SIP is true, then SOP is ___?
Q3: If SIP is true, then SEP is ___?
Q4: If SIP is true, then SOP is ___?
Format: [[true/false;...]]

base_proposition: some oceans are tall.

questions:
If SIP is true, then SIP is ___?
If SIP is true, then SOP is ___?
If SIP is true, then SEP is ___?
If SIP is true, then SOP is ___?

correct_values: true true false true


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some stars are not bright.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some stars are not bright.

correct_type: SOP


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] no individual businesses are like mathematics.
[2] some individual businesses are not like mathematics.
[3] some stars are not pens.
Answer format: [[A/B;A/B;A/B]] (Yes/No)


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some pencils are qualified.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. some
B. are
C. qualified
D. pencils
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some pencils are qualified.

shuffled_elements: some are qualified pencils

correct_answer: D

correct_answer: C

correct_answer: B

correct_answer: A


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all stars are planets.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all stars are planets.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some mountains are not bright.
[2] all mountains are bright.
[3] no plants are hard.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some mountains are not bright.
all mountains are bright.
no plants are hard.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some stars are hard.
[2] some stars are not hard.
[3] some oceans are green.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some stars are hard.
some stars are not hard.
some oceans are green.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] all students are interesting.
[2] all students are interesting.
[3] some animals are populated.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
all students are interesting.
all students are interesting.
some animals are populated.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some cities are populated.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. some
B. cities
C. are
D. populated
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some cities are populated.

shuffled_elements: some cities are populated

correct_answer: B

correct_answer: D

correct_answer: C

correct_answer: A


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] no oceans are bright.
[2] all oceans are bright.
[3] no stars are hard.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
no oceans are bright.
all oceans are bright.
no stars are hard.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some countries are not sweet.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are not
B. sweet
C. countries
D. some
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some countries are not sweet.

shuffled_elements:
are not
sweet
countries
some

correct_answer: C

correct_answer: B

correct_answer: A

correct_answer: D


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] no plants are hard.
[2] some plants are not hard.
[3] some mountains are not hard.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
no plants are hard.
some plants are not hard.
some mountains are not hard.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all stars are not green.
Answer these:
Q1: If SEP is true, then SEP is ___?
Q2: If SEP is true, then SAP is ___?
Q3: If SEP is true, then SOP is ___?
Q4: If SEP is true, then SIP is ___?
Format: [[true/false;...]]

base_proposition: all stars are not green.

questions:
If SEP is true, then SEP is ___?
If SEP is true, then SAP is ___?
If SEP is true, then SOP is ___?
If SEP is true, then SIP is ___?


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all animals are sweet.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all animals are sweet.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all mountains are not bright.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all mountains are not bright.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] all stars are deep.
[2] no stars are deep.
[3] some plants are not deep.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
all stars are deep.
no stars are deep.
some plants are not deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all individual businesses are not warm-blooded animals.
Choose from: [[SAP/SEP/SIP/SOP]]


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
all rocks are hard.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: all rocks are hard.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine the logical relationship:
1. no mammals are warm-blooded animals.
2. some mammals are not warm-blooded animals.
Choose from: [[*/#/&/%]]


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some rocks are hard.
[2] some rocks are not hard.
[3] some mountains are deep.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some rocks are hard.
some rocks are not hard.
some mountains are deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all students are interesting.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. students
B. are
C. interesting
D. all
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all students are interesting.

shuffled_elements: students are interesting all

correct_answer: A

correct_answer: C

correct_answer: B

correct_answer: D


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
no students are sweet.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. students
C. no
D. sweet
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: no students are sweet.

shuffled_elements: are students no sweet

correct_answer: B

correct_answer: D

correct_answer: A

correct_answer: C


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some plants are not deep.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some plants are not deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] no students are planets.
[2] all students are planets.
[3] some students are pens.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
no students are planets.
all students are planets.
some students are pens.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some plants are deep.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some plants are deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all metals are planets.
Answer these:
Q1: If SAP is true, then SIP is ___?
Q2: If SAP is true, then SAP is ___?
Q3: If SAP is true, then SIP is ___?
Q4: If SAP is true, then SAP is ___?
Format: [[true/false;...]]

base_proposition: all metals are planets.

questions:
If SAP is true, then SIP is ___?
If SAP is true, then SAP is ___?
If SAP is true, then SIP is ___?
If SAP is true, then SAP is ___?


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some mountains are green.
[2] some mountains are not green.
[3] some mountains are not deep.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some mountains are green.
some mountains are not green.
some mountains are not deep.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: no metals are warm-blooded animals.
Answer these:
Q1: If SEP is true, then SIP is ___?
Q2: If SEP is true, then SAP is ___?
Q3: If SEP is true, then SEP is ___?
Q4: If SEP is true, then SIP is ___?
Format: [[true/false;...]]

base_proposition: no metals are warm-blooded animals.

questions:
If SEP is true, then SIP is ___?
If SEP is true, then SAP is ___?
If SEP is true, then SEP is ___?
If SEP is true, then SIP is ___?

correct_values: false true false false


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all countries are large.
Answer these:
Q1: If SAP is true, then SIP is ___?
Q2: If SAP is true, then SAP is ___?
Q3: If SAP is true, then SAP is ___?
Q4: If SAP is true, then SAP is ___?
Format: [[true/false;...]]

base_proposition: all countries are large.

questions:
If SAP is true, then SIP is ___?
If SAP is true, then SAP is ___?
If SAP is true, then SAP is ___?
If SAP is true, then SAP is ___?


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: some mountains are not tall.
Answer these:
Q1: If SOP is true, then SAP is ___?
Q2: If SOP is true, then SEP is ___?
Q3: If SOP is true, then SIP is ___?
Q4: If SOP is true, then SOP is ___?
Format: [[true/false;...]]

base_proposition: some mountains are not tall.

questions:
If SOP is true, then SAP is ___?
If SOP is true, then SEP is ___?
If SOP is true, then SIP is ___?
If SOP is true, then SOP is ___?

correct_values: false true false true


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
some animals are furry.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. are
B. some
C. furry
D. animals
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: some animals are furry.

shuffled_elements: are some furry animals

correct_answer: D

correct_answer: C

correct_answer: A

correct_answer: B


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some books are furry.
[2] some books are furry.
[3] all countries are furry.
Answer format: [[A/B;A/B;A/B]] (Yes/No)

propositions:
some books are furry.
some books are furry.
all countries are furry.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all animals are not large.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. large
B. all
C. are not
D. animals
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all animals are not large.

shuffled_elements:
large
all
are not
animals

correct_answer: D

correct_answer: A

correct_answer: C

correct_answer: B


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
no plants are bright.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: no plants are bright.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Determine if these propositions share S and P:
[1] some products are pens.
[2] some products are pens.
[3] all individual businesses are qualified.
Answer format: [[A/B;A/B;A/B]] (Yes/No)


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some metals are qualified.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some metals are qualified.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
no plants are bright.
Choose from: [[SAP/SEP/SIP/SOP]]


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all mountains are deep.
Answer these:
Q1: If SAP is true, then SOP is ___?
Q2: If SAP is true, then SOP is ___?
Q3: If SAP is true, then SIP is ___?
Q4: If SAP is true, then SIP is ___?
Format: [[true/false;...]]

base_proposition: all mountains are deep.

questions:
If SAP is true, then SOP is ___?
If SAP is true, then SOP is ___?
If SAP is true, then SIP is ___?
If SAP is true, then SIP is ___?

correct_values: false false false false


data_source: KorLogicPropositionalLogicConcepts

prompt:
Analyze the components of this proposition:
all animals are happy.

1. Subject (S)
2. Predicate (P)
3. Connective (C)
4. Quantifier (Q)
Options:
A. happy
B. all
C. are
D. animals
Answer format: [[A/B/C/D;A/B/C/D;A/B/C/D;A/B/C/D]]

proposition: all animals are happy.

shuffled_elements: happy all are animals

correct_answer: D

correct_answer: A

correct_answer: C

correct_answer: B


data_source: KorLogicPropositionalLogicConcepts

prompt:
Given: all stars are deep.
Answer these:
Q1: If SAP is true, then SOP is ___?
Q2: If SAP is true, then SIP is ___?
Q3: If SAP is true, then SOP is ___?
Q4: If SAP is true, then SIP is ___?
Format: [[true/false;...]]

base_proposition: all stars are deep.

questions:
If SAP is true, then SOP is ___?
If SAP is true, then SIP is ___?
If SAP is true, then SOP is ___?
If SAP is true, then SIP is ___?


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
no mountains are hard.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: no mountains are hard.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some fruits are not interesting.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some fruits are not interesting.


data_source: KorLogicPropositionalLogicConcepts

prompt:
Classify this proposition:
some countries are not happy.
Choose from: [[SAP/SEP/SIP/SOP]]

proposition: some countries are not happy.