Which Event Marks The Birth Of A Star

Which event marked the R-th of a new star? 3

update

Wow Anita is asking about your youtube videos.

The new star Rth is marked with a nuclear leak. Unless a star is fast enough to shine, it is a protostar or planet.

Earth of the new star

Star formation is the process by which dense fragments of molecular clouds break up into a plasma ball to form a star.

According to the current theory of star formation, molecular cloud nuclei (very high density regions) become unstable, gravitate and break (gravitational star formation) or supernova waves or other astronomical waves. Energy nebulae are formed around the process nebula (called Ted formation). . Stars). Some of the gravitational energy lost from this fall is released into the infrared and increases the core temperature of the rest of the object. Some of the growth is through the systolic disc. When the density and temperature are too high, deuterium ignites and the resulting external pressure of radiation decreases (but stops). The cloudburst was raining down on Protostar. At this point, a polar flow is created, possibly the effect of the angular velocity of the event material. Eventually, hydrogen is at the center of the star and the surrounding matter is removed.

The protostars follow Hayashi's instructions in the Hertz Spring-Russell diagram. The contraction continues until it reaches the threshold, then the contraction continues on the Kelvin-Helmltz time scale with the temperature remaining stable. Stars with less than 0.5 solar moons are included in the central order. More protostars will fall slowly until they reach almost hydrostatic equilibrium at the end of Hayashi's trail, following Haney's trail.

The process steps for moon stars one meter or less are well described. For large stars, the duration of the star formation process can be compared to other, much more distant times in their evolution, and this process is not well explained. The purpose of the next evolution of stars is the evolution of stars.

The exterior is not as empty as humans think, but there are gases like hydrogen, helium, dust and mud in the air. In some areas, tsetse gas accumulates and classifies large clouds called fog. The stars are formed in these clouds. In some cases, the gas is released in large quantities and begins to fall under its own weight with the use of gravity. When its weight in the media clearly reduces stiffness, it triggers Zion's reaction. The hydrogen molecule classifies lost helium and reappearance potential. After a while, the use of heat stopped using gravity, and a famous protostar or baby was born.

Supernova!