Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Appalachian Mountains.
A: (?, partially contains, Appalachian Mountains)
B: (Appalachian Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Pennine Alps.
A: (?, partially contains, Pennine Alps)
B: (Pennine Alps, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Mississippi River.
A: (Mississippi River, partially contains, ?)
B: (?, partially contains, Mississippi River)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Sierra Nevada.
A: (Sierra Nevada, partially contains, ?)
B: (?, partially contains, Sierra Nevada)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Turkey.
A: (Turkey, partially contains, ?)
B: (?, partially contains, Turkey)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Netherlands.
A: (?, partially contains, Netherlands)
B: (Netherlands, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Normandy.
A: (?, partially contains, Normandy)
B: (Normandy, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Russian Empire.
A: (?, partially contains, Russian Empire)
B: (Russian Empire, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Spain.
A: (Spain, partially contains, ?)
B: (?, partially contains, Spain)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Adirondack Mountains.
A: (Adirondack Mountains, partially contains, ?)
B: (?, partially contains, Adirondack Mountains)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Andes.
A: (Andes, partially contains, ?)
B: (?, partially contains, Andes)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Mississippi River.
A: (Mississippi River, partially contains, ?)
B: (?, partially contains, Mississippi River)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Missouri River.
A: (Missouri River, partially contains, ?)
B: (?, partially contains, Missouri River)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Appalachian Mountains.
A: (?, partially contains, Appalachian Mountains)
B: (Appalachian Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Appalachian Mountains.
A: (Appalachian Mountains, partially contains, ?)
B: (?, partially contains, Appalachian Mountains)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Plano.
A: (?, partially contains, Plano)
B: (Plano, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Ukraine.
A: (Ukraine, partially contains, ?)
B: (?, partially contains, Ukraine)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Himalayas.
A: (Himalayas, partially contains, ?)
B: (?, partially contains, Himalayas)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Blue Ridge Mountains.
A: (?, partially contains, Blue Ridge Mountains)
B: (Blue Ridge Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Missouri River.
A: (Missouri River, partially contains, ?)
B: (?, partially contains, Missouri River)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Himalayas.
A: (?, partially contains, Himalayas)
B: (Himalayas, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Alps.
A: (Alps, partially contains, ?)
B: (?, partially contains, Alps)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Middle East.
A: (Middle East, partially contains, ?)
B: (?, partially contains, Middle East)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Adirondack Mountains.
A: (?, partially contains, Adirondack Mountains)
B: (Adirondack Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Appalachian Mountains.
A: (Appalachian Mountains, partially contains, ?)
B: (?, partially contains, Appalachian Mountains)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Blue Ridge Mountains.
A: (?, partially contains, Blue Ridge Mountains)
B: (Blue Ridge Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Russian Empire.
A: (?, partially contains, Russian Empire)
B: (Russian Empire, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Turkey.
A: (?, partially contains, Turkey)
B: (Turkey, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains United States of America.
A: (?, partially contains, United States of America)
B: (United States of America, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Andes.
A: (?, partially contains, Andes)
B: (Andes, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Plano.
A: (?, partially contains, Plano)
B: (Plano, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Adirondack Mountains.
A: (?, partially contains, Adirondack Mountains)
B: (Adirondack Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Kazakhstan.
A: (Kazakhstan, partially contains, ?)
B: (?, partially contains, Kazakhstan)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Rocky Mountains.
A: (?, partially contains, Rocky Mountains)
B: (Rocky Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Appalachian Mountains.
A: (?, partially contains, Appalachian Mountains)
B: (Appalachian Mountains, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Armenia.
A: (?, partially contains, Armenia)
B: (Armenia, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: A

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Cascade Range.
A: (Cascade Range, partially contains, ?)
B: (?, partially contains, Cascade Range)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer:


Answer: B

location , location , partially contains

Question:
Read the instruction and then answer the question using A or B. Note that in this task, if the relation is defined in a converse manner, unlike the conventional definition, you should carefully choose the answer. Your answer should be in JSON format with the following keys: thought, answer.

Instruction: (x, works for, y) indicates that y works for x.
Question: Find an entity that is employed by anthony fauci.
A: (?, works for, anthony fauci)
B: (anthony fauci, works for, ?)
To convert the question into a semantically equivalent triple query, which choice is correct?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that is employed by anthony fauci, which equals to find an entity that works for anthony fauci. Then (x, works for, y) indicates that y works for x. So y works for anthony fauci, the answer is (anthony fauci, works for, ?)", 'answer': "B"}

Instruction: (x, bigger than, y) indicates that y is bigger than x.
Question: Find an entity that elephant is smaller than.
A: (elepahnt, bigger than, ?)
B: (?, bigger than, elephant)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that elephant is smaller than, which equals to find an entity that is bigger than elephant. Then (x, bigger than, y) indicates that y is bigger than x. So y is bigger than elephant, the answer is (elephant, bigger than, ?)", 'answer': "A"}

Instruction: (x, in the south of, y) indicates that y is in the south of x.
Question: Find an entity that china is in the north of.
A: (china, in the south of, ?)
B: (?, in the south of, china)
To convert the question into a semantically equivalent triple query, which choice should you choose?
Answer: {'thought': "Let's think step by step. Firstly, we need to find an entity that china is in the north of, which equals to find an entity that is in the south of china. Then (x, in the south of, y) indicates that y is in the south of x. So y is in the south of china, the answer is (china, in the south of, ?)", 'answer': "A"}

Instruction: (x, partially contains, y) indicates that y partially contains x.
Question: Find an entity that partially contains Mississippi River.
A: (?, partially contains, Mississippi River)
B: (Mississippi River, partially contains, ?)
To convert the question into a semantically equivalent triple query, which choice is correct? Look out for the ORDER of the entities in the instruction!
Answer: