Strength of Mass

Nripesh Trivedi
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Abstract

Electricity is generated by magnet as described in [1]. It produces heat and light which are the properties of fire. Thus, electricity is fire. Since electricity is generated by magnet [1], electricity is magnetic. Since electricity is fire, thus fire is also magnetic. The energy of the mass is fire as described in [2].  Since fire is magnetic (as described above) and is the energy of the mass [2], the strength of the material or mass lies in magnetism. The strength of the material is magnetism (a short-range force as evident by the magnetic force between two magnets), thus strength of the material lies in more magnitude of material in less volume. This is because, the material is joined by a short-range force (magnetism) as described in above statement that energy of the mass is magnetism. From previous statement, it could be seen that strength of mass/material lies in density. It is density since higher density means higher magnetic force in the mass for joining mass together.
质量强度
如 [1] 所述,电由磁铁产生。它产生的热和光是火的特性。因此,电就是火。既然电是由磁铁产生的[1],那么电就是磁。既然电是火,那么火也是磁性的。如 [2] 所述,质量的能量就是火。 由于火具有磁性(如上所述),并且是质量的能量[2],因此材料或质量的强度在于磁性。材料的强度在于磁性(两块磁铁之间的磁力可以证明这是一种短程力),因此材料的强度在于在较小的体积内拥有较大的材料量。这是因为,材料是由短程力(磁力)结合在一起的,正如上文所述,质量的能量就是磁力。从前面的陈述中可以看出,质量/材料的强度取决于密度。密度越高,意味着质量中的磁力越大,从而将质量连接在一起。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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