Arrange the events of the earliest stellar formation in sequential order.

1. Hydrogen atoms shed their electrons and fuse together to form larger helium atoms.

2. Pockets of elements in higher concentrations begin experiencing greater gravitational force.

3. The big bang occurs.

4. Hydrogen and helium disperse into the universe in uneven concentrations.

5. The temperature of gas clouds surpasses 14 million Kelvin.

6. The gas clouds begin reducing in volume, which leads to increases in density, pressure, and temperature.

Question

Silvia

Physics

12 March, 15:26

Arrange the events of the earliest stellar formation in sequential order.

1. Hydrogen atoms shed their electrons and fuse together to form larger helium atoms.

2. Pockets of elements in higher concentrations begin experiencing greater gravitational force.

3. The big bang occurs.

4. Hydrogen and helium disperse into the universe in uneven concentrations.

5. The temperature of gas clouds surpasses 14 million Kelvin.

6. The gas clouds begin reducing in volume, which leads to increases in density, pressure, and temperature.

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Answers (1)

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Twinkie · Answer 1

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

Correct Order : Option 3, 2, 1, 4, 6, 5

Explanation:

The evolution in Stellar is the process of evolution through which a star which the stellar body changes its morphology over the course of time. All stars being the stellar body are created from collapsing clouds of gas and dust. These collapsing cloud of gas and dust are called nebulae or molecular clouds.

The collapse occurs with gravitational collapse of cool, dense molecular clouds. When the cloud collapses, fragments are formed of smaller regions. These fragments then contract to form stellar cores.