Part-1 smallness of an atom

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Famous Dutch merchant Antanván Livne Hawk was fond of making scales of scales and making their lenses. Once he made a lens which could show the figure of objects 270 fold incrementally. When he saw filthy water for first time with the help of this lens, it showed millions of germs in it. As the curiosity in his mind awakened, he now observed his pure water; He saw that creatures are present there and they are not only swimming but they are also doing sports like many subtle and subtle and intelligent creatures; He became so much influenced that he called his daughter Maria, and both hours watched this intriguing scene.
For measuring the smallness of the atom, one will have to adopt some of relative principles. For example, if the atoms in a glass of glass are considered equal to the grains of sand, after putting all the sand of the glass into the Atlantic Ocean, The game will become a longer broad field. Atomic substance is the very small unit of matter. If an order of 25 million atoms, 25 million soldiers is considered an armed force, and they are ordered to be 'phalen' in one line, then one inch of land is sufficient for them. This fraction is so poor in weight that the weight of an atom of hydrogen will be less than 1/110 billion to 20 billion yen but its strength is very high, it is also hard to imagine.
The smallest part of the atomic material is to look at its appearance, then it will have to be cleansed more than the 20-millionth part of its eye and intelligence. If seen with a powerful microscope, then there is a systematic creation even within this atom. It is surprising that atoms are also hollow. The remaining part is empty except the nucleus and nucleus between its center. If you have to measure the nucleus and empty space, then you will have to calculate relative. If the nucleus or nucleus is equal to the ball, then the zero of the atom is equal to 2,000 ft diameter which is equal to 10 big rooms of 10 '× 20' size.

Right now, there are many other properties that have neutrons, protons, positrans, etc. These numbers are about 30 and others are around 200. Each substance is made up of these atomic particles (all atomic particle). Their number is higher in some of them. According to him, they are light and heavy. There is a power charge of the proton money charge and electron credit. Their number is equal in atom. Therefore, each particle does not express its effect even after having electrical energy. Electrons, protons, neutrons etc. are highly velocity, but their speed is less than the speed of light Dr Sudarshan and his associate Dr. Billanidak of Texas University America have given these particles as Tardiyan, in these particles Liquid weight remains present in excess of zero, but some different types of particles are those that do not have the material mass Hu whose speed speed of light 186,000 miles per falls seconds or 299 92.5 kilometers per second. These are called 'Luxans'. In this class protons, nudrinas and gravitons come.