How to write the stroke order of the stars

The strokes of the stars are vertical, horizontal, horizontal, horizontal, left, horizontal, horizontal, vertical and horizontal.

star

A star is a celestial body visible to the naked eye in the universe. The energy activity inside the star makes the shape of the star irregular. Stars can be roughly divided into planets, stars, comets, white dwarfs and so on. The brightness of a star is usually expressed in magnitude. The brighter the star, the smaller the magnitude. The brightest planet is Venus, the fastest star runs at more than 240 kilometers per hour, and H 1504+65 is the hottest white dwarf.

The planet itself doesn't shine, what we see is the sunlight it reflects. A star is a big celestial body like the sun. It will react inside itself and radiate energy into space in the form of light.

Comets, like Halley's Comet, the light we see is caused by the tail of a comet whose material is melted when it passes through the solar system, so we often see comets with long tails. Most of the stars you can see at night are stars, and a few are planets in our solar system, such as Venus, Mercury and Mars.

The luminous principle of stars is similar to that of our sun. Most of them release energy in the process of hydrogen condensation into helium nuclei, and some of them release energy through helium fusion. Just because they are far away from us, they look like gentle little stars. In fact, they are much bigger than the sun.

Knowledge expansion:

Planets and satellites are really small compared with the sun, the mother of the solar system, just like sesame seeds and watermelons. The sun is unique in the solar system. However, the dazzling sun will be eclipsed by the stars that look only the size of a needle tip all over the sky-it is only one of the hundreds of millions of stars, and it can only be considered as a medium size.

Antares in Scorpio is 600 times the diameter of the sun, and Betelgeuse in Orion is 900 times the radius of the sun. One star in Cepheus is bigger, and its radius is 1600 times that of the sun, reaching 1 1 100 million kilometers. If placed in the position of the sun, even Jupiter will be in it. But most of them are red giant stars in the late stage of evolution, and their density is extremely small.