CIVIL ENGINEERING 365 ALL ABOUT CIVIL ENGINEERING

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  The Sun

The Sun is the star at the centre of the Solar system. The Sun produces the largest amount of energy on Earth every second. This energy which can take to need 10,000- 170000. The solar radiation is approximately 13,92,684 km in the Sun. The sun currently generates close to 600 million tons of hydrogen per second. The Sun is a star in the centre of the Solar System. We know fewer details about the Sun. The Sun is a shining star in the galaxy. Its core produces always a huge amount of energy. Its surface is always heat energy-producing. Humans space vehicle can’t enter the Sun. Sunspot is a speciality of the Sun. The Sun is a spectrally classified G2V star. The magnitude of the Sun is 4.83. The temperature of the Sun at centres are 1.57×10, at corona 5× ten raises to 6. Age of the Sun is 4.6 billion years. The Sun is the star of the galaxy-type sequence of the Galaxy based on its special spectral class. The sun is the star of the G2V class. The sun originated 4.6 billion years ago. Now it’s the middle life stage.

 

Our Earth

The Earth is the third planet of space based on distance from the Sun in the Solar system. The earth is very central to orbit around the sun. Thus Day-Night takes place on Earth and also changes the Earth’s period. The earth formed at least 3.9 billion years ago. The moon is the satellite of Earth. The Earth is known as a different name, some of them are Terra, Tellus, Gaia, Gaea, the world and the Globe. Moon is one and only natural satellite of the Earth. Earth’s surface gravity is 9.86. It’s a moment of inertia is 0.3307.

 

Causes of great energy in the Sun.

The Sun uses the Nuclear Fusion process to generate energy. In Nuclear Fusion, the Hydrogen nucleus combines to form the helium nucleus.

The Sun is a single successive star, and, as such, emits its energy through the integration of hydrogen nuclei into helium. In its context, the Sun reaches 620 million tons of hydrogen and produces 606 million tons of helium per second. The fusion of nuclei in the star, which starts from its initial absorption of hydrogen and helium, provides that energy and integrates new nuclei as the output of the merging process. Different reaction chains are involved, depending on the size of the star. Nuclear Encounter Nuclear fusion is a reaction in which two or more atoms are combined to form one or more atomic and subatomic atoms (neutrons or protons).

An example of the consolidation of Nuclear Earth Fusion Power refers to the energy produced in the nuclear exhaust process with the help of electricity. The fusion process is used for the manufacture of nuclear weapons, Nuclear fission In nuclear physics and nuclear chemistry, nuclear induction is a nuclear reaction or a radiation decay process in which an atom’s nucleus cools into two or smaller, simple nuclei. The frequency removal process produces gamma images and emits large amounts of energy at powerful radiation decay rates.

Examples of Fission on Earth Fission weapons are light and energy-consuming weapons. Fission energy is used in Space technology and in the Space of the Universe. It is also used in Nuclear reactions. End of the Star Every star once will die in the Universe.

At the end of the stars

Huge mass decrease and attain a small position. This position is known as a black hole. Blackhole attracted every object even the light. We can’t see a black hole in the presence even with the help of a telescope.

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