# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But they may also act locally, within the vicinity of the extra-cellular fluid. For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones stop blood sugar from falling too far and also inhibit further insulin secretion. As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

# data[].attributes.headline
At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. 이 문장이 들어갈 알맞은 곳은?

# data[].attributes.subject
At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. 이 문장이 들어갈 알맞은 곳은?

# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. 1️⃣ But they may also act locally, within the vicinity of the extra-cellular fluid. For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. 2️⃣ It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. 3️⃣ These hormones stop blood sugar from falling too far and also inhibit further insulin secretion. 4️⃣ As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. 5️⃣ This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood (1)go. But they may also act locally, within the vicinity of the extra-cellular fluid. For example, insulin is (2)secreting into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones stop blood sugar from (3)falling too far and also inhibit further insulin secretion. As a result, the insulin response is exactly (4)adjust to the amount by which the sugar concentration (5)have risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

# data[].attributes.headline
다음 중 지칭하는 것이 다른 것을 고르시오.

# data[].attributes.subject
다음 중 지칭하는 것이 다른 것을 고르시오.

# data[].attributes.body
(A)Hormones can act close to where (B)they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When (C)they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But (D)they may also act locally, within the vicinity of the extra-cellular fluid. For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating (E)them to produce other hormones. These hormones stop blood sugar from falling too far and also inhibit further insulin secretion. As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

# data[].attributes.headline
다음 중 옳지 않은 어휘끼리 묶은 것을 고르시오.

# data[].attributes.subject
다음 중 옳지 않은 어휘끼리 묶은 것을 고르시오.

# data[].attributes.body
Hormones can act (1)close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But they may also act (2)locally, within the vicinity of the extra-cellular fluid. For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels (3)down. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones (4)stop blood sugar from falling too far and also inhibit further insulin secretion. As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This (5)decomposition of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

1. (1), (3)
2. (2), (5)
3. (3), (5)
4. (2), (3), (5)
5. (3), (4), (5)

# data[].attributes.headline
어법상 틀린 것을 고르세요

# data[].attributes.subject
어법상 틀린 것을 고르세요

# data[].attributes.headline
주어진 문장에 다음으로 이어지는 옳은 문장은?

# data[].attributes.subject
주어진 문장에 다음으로 이어지는 옳은 문장은?

# data[].attributes.body
<보기>
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes.
(A) As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.
(B) But they may also act locally, within the vicinity of the extra-cellular fluid. For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision.
(C)At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones stop blood sugar from falling too far and also inhibit further insulin secretion.

# data[].attributes.headline
주어진 문장에 이어질 알맞은 문장 순서는?

# data[].attributes.subject
주어진 문장에 이어질 알맞은 문장 순서는?

# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action.
(A) For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones.
(B)When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But they may also act locally, within the vicinity of the extra-cellular fluid.
(C)These hormones stop blood sugar from falling too far and also inhibit further insulin secretion. As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

# data[].attributes.headline
다음 중 옳은 것을 고르시오.

# data[].attributes.subject
다음 중 옳은 것을 고르시오.

# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But they may also act locally, within the vicinity of the extra-cellular fluid.   (A) , insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones stop blood sugar from falling too far and also inhibit further insulin secretion.   (B) , the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. This combination of local and distant effects is one reason why sugar levels stay remarkably constant in most people most of the time.

(A)                             (B)
1.In contrast                     However
2.For example                     yet
3.In contrast                   As a result
4.For example               As a result
5.For example                    However

# data[].attributes.headline
흐름과 무관한 문장을 고르시오

# data[].attributes.subject
흐름과 무관한 문장을 고르시오

# data[].attributes.body
Hormones can act close to where they are made or a long way away. Distance is not a problem: there just needs to be a fluid, such as blood, connecting the site of secretion with the site of action. (1)When they enter the blood, they are swept off to all par ts of the body, reaching everywhere the blood goes. But they may also act locally, within the vicinity of the extra-cellular fluid. (2)For example, insulin is secreted into the blood by cells in the pancreas when blood sugar levels rise. It reaches the liver and muscles and makes them take up some sugar for storage or energy provision. (3)At the same time, insulin affects cells in the pancreas right next to the ones that secreted it, stimulating them to produce other hormones. These hormones stop blood sugar from falling too far and also inhibit further insulin secretion. (4)As a result, the insulin response is exactly adjusted to the amount by which the sugar concentration has risen. (5)The purification of blood in the human body is one reason why sugar levels stay remarkably constant in most people most of the time.