What is the total number of atoms in our universe?
This question is reminiscent of a story about Chatursujan Birbal. The emperor assigns him the task of counting the population of the town's resident crows. A few days later, Birbal said the exact population was 4.5. Badshah's skeptical question: "Yesterday a courtier told me that the number is 2,100, while you say 2,3. Birbal's reply: "Yes, but all the others went to Pargam as representatives of our Kagpraja to attend the Kag Sabha." Badshah's second question: "Today, the chief census
administrator informed that the population of crows living permanently in the town is 2,500, so how do you calculate it?" Birbal replied: "Yes, all the other crows have come here today for airfare. There are many answers to the question of why one should be frustrated. According to astronomers, the universe has a span of ten billion light years. Of these, the universe of only 3 billion light-years across is visible to us. (The light from galaxies in the "cross-border" universe extending faster than the speed of light does not reach us). There are approximately 200 billion galaxies in the native universe. Each has an average of 300 billion stars.
Thus the total number of stars is 200,000,000,000,000,000,000,000, which are made of matter. Matter in the universe, however, is only 3%. The remaining 5% is dark matter and dark energy, which do not have atoms in their structure. With all these aspects in mind, astronomers like Birbal have calculated that there should be a total of 10% to 101 atoms in the native universe. If you want to bring the perfect figure in front of your eyes, put 2 or even 3 minus behind 1. This sentence happened to the atoms of the cosmic universe, but what about the atoms of the invisible universe? Nothing, all of them have become NRIs after crossing the border for air travel.
Why is the earth's orbit around the sun not the same? What causes fluctuations?
Among the three theories given by the German astronomer Johannes Kepler about the motion of the planets around the sun, principle no. ૨ Thus: The radius of a planet orbiting the Sun in an elliptical
orbit measures the area of the same area at the same time. As it gets closer to the sun, its velocity increases, so in less time it measures the same area as it cuts during the longitudinal phase of rotation. (See figure above), the earth revolves around the sun at an average speed of 4.5 kilometers per second. The Earth's orbit is elliptical, so according to Johannes Kepler's theory, when the Earth travels at an aphelion / vertex of that orbit at a distance of 127 million kilometers, the velocity decreases to 2.50 kilometers per second. As the distance at the perihelion / low point shown in the figure is only 137 million kilometers, the incremental velocity is 30.5 kilometers per second. Importantly, the shape of the two celestial spheres shown in the figure is similar, but the area is the same.
This question is reminiscent of a story about Chatursujan Birbal. The emperor assigns him the task of counting the population of the town's resident crows. A few days later, Birbal said the exact population was 4.5. Badshah's skeptical question: "Yesterday a courtier told me that the number is 2,100, while you say 2,3. Birbal's reply: "Yes, but all the others went to Pargam as representatives of our Kagpraja to attend the Kag Sabha." Badshah's second question: "Today, the chief census
administrator informed that the population of crows living permanently in the town is 2,500, so how do you calculate it?" Birbal replied: "Yes, all the other crows have come here today for airfare. There are many answers to the question of why one should be frustrated. According to astronomers, the universe has a span of ten billion light years. Of these, the universe of only 3 billion light-years across is visible to us. (The light from galaxies in the "cross-border" universe extending faster than the speed of light does not reach us). There are approximately 200 billion galaxies in the native universe. Each has an average of 300 billion stars.
Thus the total number of stars is 200,000,000,000,000,000,000,000, which are made of matter. Matter in the universe, however, is only 3%. The remaining 5% is dark matter and dark energy, which do not have atoms in their structure. With all these aspects in mind, astronomers like Birbal have calculated that there should be a total of 10% to 101 atoms in the native universe. If you want to bring the perfect figure in front of your eyes, put 2 or even 3 minus behind 1. This sentence happened to the atoms of the cosmic universe, but what about the atoms of the invisible universe? Nothing, all of them have become NRIs after crossing the border for air travel.
Why is the earth's orbit around the sun not the same? What causes fluctuations?
Among the three theories given by the German astronomer Johannes Kepler about the motion of the planets around the sun, principle no. ૨ Thus: The radius of a planet orbiting the Sun in an elliptical
orbit measures the area of the same area at the same time. As it gets closer to the sun, its velocity increases, so in less time it measures the same area as it cuts during the longitudinal phase of rotation. (See figure above), the earth revolves around the sun at an average speed of 4.5 kilometers per second. The Earth's orbit is elliptical, so according to Johannes Kepler's theory, when the Earth travels at an aphelion / vertex of that orbit at a distance of 127 million kilometers, the velocity decreases to 2.50 kilometers per second. As the distance at the perihelion / low point shown in the figure is only 137 million kilometers, the incremental velocity is 30.5 kilometers per second. Importantly, the shape of the two celestial spheres shown in the figure is similar, but the area is the same.
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