# data[].attributes.body
학습주제: Chatgpt 활용 6과 본문 내용 재구성해보기

학습 목표:

Students can change English Paragraphs into conversational formats using ChatGPT AI.
Students can have conversations using the results of their activities.

수업 절차

1. 6과 본문내용 조별 재구성하기
모둠별 해당 부분(구글 문서 워크시트 프롬프트 아래 작성되어있음.)

2. 단계
가: Chatgpt 클릭
나: 모둠별 학습지 클릭하여 각 모둠원 이름 쓰기
다: 프롬프트 복사해서 chatgpt 에 붙여넣고
라: 본문 해당 내용 복사해서 prompt 밑에 붙여넣기
마:  chatgpt 의 결과물 복사해서  학습지의 자신의 이름 칸에 붙어넣기

3단계
가: 그룹별로 논의를 거쳐 가장 가장 적합한 대화문 만들어내기 (최종 대화문 선정)
나:  최종 대화문 선정 이유 학습지에 적기(모둠장)
라: 최종 선정된 결과물을 패들렛에 올려주기(수행평가 팀장)

4.단계
가: 조별 올린 패들렛에서 함께 대화나누며 충분히 연습하기
나:  충분한 연습이 되었을 경우 패들렛에서 녹음해 올리기

5. 동료평가: 모둠별 대화 내용을 들어보며  동료평가 해보기(댓글로)

6. 자기 피드백:  ChatGPT를 다른교과에 어떻게 써보고 싶은지, 주의해야할 것이 무엇인지 영어수업노트에 적어주기

Prompt : " Assume you are a second-year high school student. Reorganize the following paragraph into a conversation between four students, A, B, C, and D. Please allow each student to speak at least twice.,' ”

성취기준
[12영Ⅱ02-02]비교적 다양한 주제에 관하여 듣거나 읽고 중심 내용을 말할 수 있다.

[12영Ⅱ03-03]다양한 주제에 관한 글을 읽고 내용의 논리적 관계를 파악할 수 있다.

[12영Ⅱ04-01]비교적 다양한 주제에 관하여 듣거나 읽고 세부 정보를 기록할 수 있다.

# data[].attributes.body
김시우: Have you guys ever thought about what it would be like to live on Mars? I read that our bodies would work really differently out there.

강하음: Yeah, I heard that too. Since there’s hardly any gravity, our bodily fluids don’t move the same way. On Earth, gravity pulls everything down, but in space, that doesn’t happen.

서하늘: That sounds intense. So does the heart have to work harder in space?

조상진 : Exactly! The heart needs to work harder because of the weaker or zero gravity. And it’s not just the heart—our bones and muscles can weaken in space too.

김시우: That’s why astronauts on the ISS do so much exercise, right? They also use drugs and some kind of spinning device to create artificial gravity.

강하음: Yeah, and they’ll probably use the same kind of stuff when they get to Mars to stay healthy.

서하늘: But the scariest thing to me is cosmic radiation. Without Earth’s atmosphere and magnetic field, we’re totally exposed out there.

조상진 : That’s a huge problem. It can damage DNA and raise the risk of cancer. To deal with it, they’re planning to use radiation-blocking materials on spacecraft and even build shelters under the surface of Mars.

# data[].attributes.body
홍성현:

Hey, have you guys thought about how hard it would be to live on Mars?

김유진:

Yeah, I read that it’s even more difficult than living on the ISS. Like, they have to find a way to recover water from ice.

강서진:

Right, and the soil on Mars is super poor. Plus, the gravity is a lot weaker than on Earth, which makes farming really tough.

2609박경모:

That’s why scientists think it could take decades—or even centuries—to actually grow food there.

홍성현:

Until then, they’re planning to use 3D food printers. Pretty cool, right? They can use proteins and carbs from insects and leaves to print stuff like pizza and bread!

김유진:

I saw that too. A NASA scientist said they might have about 25 to 50 basic food items. Nothing fancy, but at least the meals will be healthy and nutritious.

강서진:

But food’s not the only problem. What about oxygen? We can’t survive without it.

2609박경모:

They’re thinking of using plants to make oxygen eventually, and even recycling human waste to feed the plants.

홍성현:

Until there are enough plants to do that, NASA has these special machines that can turn the carbon dioxide in Mars’ air into oxygen.

김유진:

It’s honestly amazing how much planning and tech it takes. Living on Mars isn’t going to be like a sci-fi movie anytime soon.

# data[].attributes.body
최승권: Hey, did you guys know that in 1969, Apollo 11 landed humans on the moon for the first time ever?

정희도: Yeah, that was a huge moment in history! But it’s kind of crazy that we’ve waited over 50 years before even seriously thinking about going to Mars.

황수민: I know, right? But Mars is so much farther from Earth than the moon. Plus, we didn’t really know much about it back then.

하예림: Exactly. It’s only with all the advances in science and technology over the last few decades that we’ve started working on sending people there.

최승권: And now, a bunch of industrialized countries are involved in Mars missions in one way or another.

정희도: That’s true, but even though there’s progress, there are still some really big challenges left to solve.

황수민: Yeah, like figuring out how to keep astronauts safe on such a long trip and how to survive on Mars.

하예림: It’s exciting, though. It really feels like something from science fiction might actually happen in our lifetime.

# data[].attributes.body
서정재: Hey, have you ever thought about what it would be like to live on Mars?

윤형석: Yeah, it’s crazy to imagine! I know humans need water, food, and oxygen to survive, so it must be really hard to manage all that out there.

이솔 : Actually, one of the most exciting things scientists found on Mars is water! NASA confirmed that Mars once had more water than even the Antarctic Ocean.

노현서: Whoa, really? That’s a lot of water. But where is it now?

이솔 : Some of it is still there, locked up in the polar ice caps. Scientists are working on ways to get water from that ice.

서정재: That’s super important. Without water, we wouldn’t last long. But what about food? Can we even grow anything on Mars?

윤형석: Good question! We’d need special farming technologies. There’s a growing system they’ve tested on the International Space Station that might work.

노현서: I’ve heard farming in space is really tricky. Plants need careful control of gases, water, and even the kind of dirt they grow in.

서정재: Yeah, nothing like farming here on Earth. But if we can figure it out, living on Mars might actually be possible someday.

이솔 : Totally. There’s still a lot to learn, but we’ve already discovered so much!

# data[].attributes.headline
박은우,송하영,이주영,정혜성

# data[].attributes.subject
박은우,송하영,이주영,정혜성

# data[].attributes.body
송하영: Hey, did you know Mars is over 100 times farther from Earth than the Moon?

정혜성: Wow, I didn’t realize it was that far. That must make getting there super challenging.

박은우: Exactly. That’s why NASA is designing a new generation of spacecraft with powerful

rockets and extremely fast computers to handle the trip.

주엉: Even with those advanced rockets, isn’t the journey still really long?

송하영: Yeah, it takes about six months just to get to Mars. And even when Earth and Mars

are closest, a round trip would take at least a year.

정혜성: That’s a long time. Can today’s rockets even carry enough fuel for such a journey?

박은우: Not really. Current spacecraft can’t hold enough fuel for that extended trip. Scientists

are working on solutions, though.

주엉: I heard a European company has a plan to send four astronauts on a one-way trip to

Mars, with more crews joining every two years to build a colony.

송하영: That’s ambitious! It’ll be interesting to see if their plan works out in the coming years.

정혜성: Definitely. The idea of starting a colony on Mars is both exciting and a bit scary.

박은우: But it’s a big step toward becoming a multi-planetary species.

주엉: Let’s keep an eye on how these missions progress. The future of space exploration is

unfolding before us.

# data[].attributes.body
.

주하나: Hey, I’ve been thinking about something. Do we really have to go to Mars? I mean, we’re spending tons of money and even risking people’s lives. Is it worth it?

김서윤: That’s actually a fair question. But I read that there are two main reasons experts give for Martian exploration — practical benefits and something deeper, like a sense of shared human destiny.

윤현찬: Yeah, the practical side is kind of obvious. It’s about economics, education, and even politics. Like, space programs can boost industries and inspire more students to go into science and engineering.

김다은: And don’t forget, space travel isn’t just one country doing its own thing. Countries team up because it’s super expensive, and having a space program can actually boost a nation’s reputation globally.

주하나: Okay, but what’s this whole “shared destiny” thing about?

김서윤: It’s about survival, really. Earth’s resources are running out, and we might not have enough to support future generations. We need to explore other options, like Mars, to make sure humanity has a future.

윤현찬: So it’s kind of like insurance for humanity, right? Even though it’s risky and expensive, it’s something we have to consider seriously.

김다은: One of the scientists working on a Mars project said something that stuck with me — that you can’t always measure the value of something like this with money. If that were the case,  we’d all just study business!

주하나: That’s a good point. It’s not just about money — it’s about passion and purpose too. Maybe going to Mars gives us something meaningful to dream about as humans.