Celestial Bodies – What are Celestial Bodies | Classification
- The Milky way or Mandakini is a huge beam of stars. There are 10,000 million (1010) sky Ganges in the space.
- Each Milky way has 100000 million (1011) stars. In addition to the stars, dust and gas are found in the sky Ganges.
- The konideal is a highly luminous celestial body composed of particles of gas and dust.
- The planetarium is a group of stars, 89 cements have been identified at this time. Hydra is the largest in it, such as constellations such as Great Bear, Kaal Purush etc.
- The twelve constellations Kipatti is called Rashi Chakra.
- Quasars are celestial bodies, which consist of particles of gas and dust, but emit large amounts of energy.
- Caudal stars or comets are objects of celestial dust, snow and glacial gases that move around the Sun in long but irregular orbits. In 1986, after the interval of 76.3 years, the Heli Purchal star was seen near the Sun without any telescope.
- The stars are formed by clouds of gas in the Milky way. The stars emit continuous energy.
- 98 percent of the Galaxy is made up of wires. These are celestial bodies located in the warm and radiant universe of gaseous matter.
- The Sun is also the star, which is closest to the Earth.
- Vamana is the star whose light is less than the Sun.
- Jyotsna of giant stars is higher than the Sun, such as Betelgeuse, Sirius, Antaris.
- Nova is the star whose brightness increases by 10–20% after the gas is expelled.
- The supernova star is about to shine over 20. The brightest star seen from Earth is the Cress Dang star.
- The reason for the formation of black holes is the loss of energy from the stars. Each star continuously emits large amounts of energy and continuously shrinks. Due to which gravity increases. Due to this energy emission, there comes an end time when the energy stops and the wires stop.
- The change in its light at the speed of stars or galaxy is visible. If the star is moving towards the observer, then its light spectrum will move towards the blue edge, but if the star is moving away from the observer then its light spectrum will move along the edge. Will slip to the side. This is called the dollar effect.
- If the star’s fill is equal to the sun, it slowly cools and changes into a sphere at first and then cools and finally turns into a white small mass. After some time this small body absorbs the light falling on it. It then turns into a black hole that is not visible to the eye.