<transcript><audio_27> 법칙이었고 연력학적 시간의 화살이라고 불리기 시작했다. 볼츠마는 이 개념을 더욱 발전시켜 엔트로피가 결국 확률적 현상임을 밝혔다. 여러분이 지금 여러분의 방 안에서 이 영상을 보고 있다고 가정하자. 그리고 눈에 보이진 않지만 방 안의 공기��자들이 무질서하게 마구 움직이는 상황을 상상해보자. 그런데 여기서 잠깐! 공기분자들의 움직임이 무질서하다면 아주 가끔이라도 그림처럼 방에 한쪽으로 쏠릴 순 없을까?</transcript><caption><image_28>The image shows a young woman sitting at a desk in an office. She is wearing a blue dress and has red hair. The desk is made of wood and has a laptop on it. There are two blue lamps on either side of the desk. On the wall behind the desk, there are two framed pictures and a bookshelf. The woman appears to be deep in thought, with her arms crossed and a smile on her face.</caption><transcript><audio_29> 왜 이런 상황이 단 한 번도 일어나지 않는 걸까? 나는 그러한 상황이 절대 일어나지 않는다에 내 목숨을 걸 수도 있다. 산소 걱정 일락 말고 이 영상을 끝까지 봐도 된다는 얘기다.</transcript><transcript><audio_30> 확률이 0은 아니지만 절대 일어나지 않는다고 생각해도 무방하다 볼츠마는 연력학체 2법칙이 일종의 동어 반복임을 깨달았다 높은 확률을 가진 사건이 낮은 확률을 가진 사건보다 더 자주 일어난다는 것이다</transcript><caption><image_31>The image shows a group of six dice arranged in a row on a black background. The dice are of different colors - red, white, orange, yellow, blue, green, and purple. Each dice has a small hole in the center, which is likely for playing the game of dice. The colors of the dice are vibrant and stand out against the dark background, making them the focal point of the image. The text on the image is in Korean, which translates to "Dice" in English.</caption> second law of thermodynamics is that at the time, there was no single law dividing the past and the future, and it began to be called the thermodynamic arrow of time. Ball Skirt developed this concept further, and entropy eventually became a stochastic  Let's Ball Skirt developed this concept further, and entropy eventually became a stochastic  Let's assume that you are watching this video in your room right now, and although it is not visible to the eye, imagine a situation in which the air molecules in the room are moving in a disorderly manner. Couldn't the room be tilted to one side? Then, you wouldn't be watching this video and would end up in the emergency room. Why doesn't something like this ever happen? I could bet my life that such a situation would never happen. Don't worry about carbon and watch this video.  to the end  This means that you can look at it. According to Boltzmann, the probability of something like the above happening is incredibly high. Although the exchange rate is not zero, it is safe to think that it will never happen. Don't Cry is a thermodynamic book, and I realized that the law is a kind of fairy tale. An event with a high probability.  This means that they occur more frequently than events with low probability. An event with a high probability.  This means that they occur more frequently than events with low probability.
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