Which of the options below is a good description of what is taking place in the Orion Nebula?

A. Gravity is pulling gas and dust in the darkest regions of the nebula that will someday become new stars.
B. Gravity is pushing gas and dust into space in the expansion of the universe, and this also supports why our universe is expanding.
C. The stars that once provided light and energy are dying as they use up their original sources of energy from nuclear fusion.

Click the button that says "Cycle Schematic." If you follow the gray arrows, what step comes next in the life cycle of the Sun (remember we are following the path of the Sun-like stars)?



Answer :

Final answer:

The Orion Nebula is a site where gravity is crucial for star formation, while the Sun goes through different life cycle stages, including the formation of a planetary nebula. Stellar formation involves gravity, increasing pressure, and nuclear fusion.


Explanation:

Gravity plays a crucial role in the formation of stars within the Orion Nebula. The dense clumps of dust and gas in the nebula are the birthplaces of new stars, as gravity pulls the material together, leading to nuclear fusion and the birth of a star.

Following the life cycle of the Sun, the next step after the formation of a star involves the star going through various stages like red giant and eventually shedding its outer layers to form a planetary nebula.

The process of stellar formation involves gravity pulling gas and dust together within a nebula, increasing temperature and pressure until nuclear fusion ignites, marking the birth of a star.


Learn more about Stellar Formation and Life Cycle here:

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