<caption><image_15>The image shows a close-up of a fire burning in a fireplace. The fire is burning brightly with orange and yellow flames. In the center of the image, there are several ice cubes that are burning brightly. The ice cubes are of different sizes and shapes, and they are arranged in a way that they are overlapping each other. The background is dark, making the fire stand out even more. The text on the image is written in Korean, which translates to "Fire burning in the fireplace."</caption><transcript><audio_16> 그 역은 불가능하다. 클라우지우스는 이처럼 열이 한 방향으로만 흐르는 상황을 측정하는 양으로써 엔트로피라는 개념을 새로이 도입했다.</transcript><transcript><audio_17> 우주 전체의 엔트로피는 항상 증가한다라는 말로 바뀐다. 그 과정을 살펴보자. 클라우지우스는 카르노 기관을 엄밀히 분석하는 과정에서 엔트로피를 다음과 같이 정의하면 상당히 유용한 양이 될 수 있음을 발견했다.</transcript><caption><image_18>The image is a graphic design with a white background and black text. In the center of the image, there is a rectangular box with an orange arrow pointing downwards. Inside the box, there are two lines intersecting, one in black and the other in white. The orange line is labeled "그리스타" which translates to "가에세요" in English. Below the orange line, the text is written in Korean. The text below the orange arrow reads "아연성용" which is the language used in the image. The overall design is simple and minimalistic.</caption><caption><image_19>The image is a mathematical equation written in black text on a white background. The equation is written in Korean and translates to "4S = Q = T" in English. Below the equation, there is a text in Korean that reads "아리스타에세요 그레이드 가자연성용, 공점, 프로, 한국업여서, 아�시, T = T = (안식)". The equation appears to be related to the equation of a given equation, as indicated by the text at the bottom of the image.</caption><transcript><audio_20> 열, T는 온도다. 즉 엔트로피의 변화량은 열에 비례하고 온도에 반비례한다는 뜻이다. 이는 직관적으로도 이해하기가 쉽다. 즉 어떤 개에 열을 가하면 분자들이 더 활발하게 움직여서 엔트로피가 증가한다.</transcript><caption><image_21>The image is a black circle with a white background. Inside the circle, there are small pink dots scattered across the image. The dots appear to be small and are arranged in a scattered manner. The text on the image is written in Korean and translates to "그리스타에세요 가자연여성용" (meaning "아로" in English) in English. The image appears to be a logo or icon for a company or organization.</caption><transcript><audio_22> 움직이고 있어서 추가적인 열에 의한 엔트로피 증가 효과가 상대적으로 작다는 걸로 이해할 수 있다. 따라서 온도가 낮을수록 엔트로피 변화량이 크다. 또한</transcript><caption><image_23>The image is a close-up of a galaxy with a dark background. The galaxy appears to be a deep red color with a cluster of stars and galaxies in the center. The stars are of different sizes and colors, including red, orange, and yellow, and are scattered throughout the image. In the center of the image, there is a bright white nebula, which is the Milky Way galaxy. The image is accompanied by text in Korean that translates to "AS20" in English. The text is written in a modern, sans-serif font and is in a larger font size than the rest of the text.</caption><transcript><audio_24> 따라서 위의 부등식은 다음과 같이 바뀐다. 이 식의 의미하는 바는 우주는 에너지와 물질의 출입이 없는 고립 게임으로 우주 전체의 엔트로피는 항상 증가한다이다.</transcript> Heat flows from hot to cold.  The reverse is impossible. Claudius introduced the concept of entropy as a quantity that measures the situation in which heat flows in only one direction. Then, heat flows from a hot place to a cold place.  The phrase "flows everywhere" is changed to mean that the entire entropy of the universe always increases. Let's look at the process. In the process of strictly analyzing Carano's overview, Plow Juice discovered that defining entropy as follows can be a very useful quantity. Here, Tyson said that the change in entropy is at a temperature of 10 degrees Celsius, which means that the change in entropy is proportional to the temperature and inversely proportional to the temperature. This is intuitively easy to talk about, that is, what is.  When heat is applied, the molecules move more actively and the entropy increases. At this time, if the temperature t is high, the molecules are already moving actively, so it can be understood that the effect of increasing entropy due to additional heat is relatively small. Therefore, the lower the temperature, the larger the entropy change. Also, in the case of isolation, there is no heat exchange, so q is 0, so the above inequality changes as follows. What this clock means is that the universe is a ring game with no entry or exit of energy and matter. Entropy always increases.
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