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자석. 그것들은 다음과 같은 특성을 가진 매우 간단한 장치인 것 같았습니다. 그것들은 끌어당기거나 끌어당겼습니다. 그것들은 서로를 끌어당겼습니다. 그것들은 서로를 밀어냈습니다. 일부는 많은 당김과 많은 밀침을 가졌습니다. 일부는 많은 당김과 적은 밀침을 가졌습니다. 일부는 적은 당김과 많은 밀침을 가졌고 일부는 적은 당김과 적은 밀침을 가졌습니다.
magnets. They seemed to be very simple devices, with the following characteristics. They attracted or drew. They attracted each other. They repelled each other. Some had much Pull and much Push. Some had much Pull and little Push. Some had little Pull and much Push and some had little Pull and little Push.
magnets. They seemed to be very simple devices, with the following characteristics. They attracted or drew. They attracted each other. They repelled each other. Some had much Pull and much Push. Some had much Pull and little Push. Some had little Pull and much Push and some had little Pull and little Push.
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자석은 철이 녹고 불순물이 떨어져 나가 깨끗한 철만 남을 때 만들어집니다. 자석을 연구하는 동안 한 가지 아이디어가 떠올랐고 그 이후로 머리에서 지울 수가 없었습니다. 제 이론을 설명하기 위해 몇 가지 예시를 들겠습니다: G = 중력 P + P = 중력의 밀침 + 당김
Magnets, while the iron is melted and the impurities drop out leaving clean Iron. While studying magnets an idea came to me and I have not been able to get it out of my mind since. I will give a few examples to illustrate my theory: G = Gravity P + P = Push + Pull of Gravity
Magnets, while the iron is melted and the impurities drop out leaving clean Iron. While studying magnets an idea came to me and I have not been able to get it out of my mind since. I will give a few examples to illustrate my theory: G = Gravity P + P = Push + Pull of Gravity