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Arrange the events of the earliest stellar formation in sequential order.
Hydrogen atoms shed their electrons and fuse together to form larger helium atoms.
Pockets of elements in higher concentrations begin experiencing greater gravitational force.
The big bang occurs.
Hydrogen and helium disperse into the universe in uneven concentrations.
The temperature of gas clouds surpasses 14 million Kelvin.
The gas clouds begin reducing in volume, which leads to increases in density, pressure, and temperature.

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The events of the earliest stellar formation in sequential order are as listed below:

  1. "The big bang occurs."
  2. "Pockets of elements in higher concentrations begin experiencing greater gravitational force."
  3. "Hydrogen atoms shed their electrons and fuse together to form larger helium atoms."
  4. "Hydrogen and helium disperse into the universe in uneven concentrations."
  5. "The gas clouds begin reducing in volume, which leads to increases in density, pressure, and temperature."
  6. The temperature of gas clouds surpasses 14 million Kelvin.

What is the stellar formation?

The stellar formation can be defined as a process through which dense regions within molecular clouds of gas and dust in interstellar space collapse due to gravity and form stars.

What is a star?

A star can be defined as a giant astronomical object that contains a luminous sphere of plasma and two (2) main hot gases (hydrogen and helium), and it is bounded together by its own gravitational force (gravity).

In conclusion, the earliest event of the stellar formation is that the big bang occurs while the final event is an increase in temperature of gas clouds, which generally surpasses 14 million Kelvin (14,000,000 K).

Read more on stellar formation here: https://brainly.com/question/14757107

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