When nuclear fusion begins, what can be said about the internal processes within that star?
Atoms in the star begin to split. Atoms in the star begin to combine. The star is turned into a nebula. The star is turned into a blue giant. is it b

A nuclear fusion is a thermonuclear reaction in which light unstable nuclei will fuse with each other to form a heavy stable nuclei with the release of energy.

It can be easily understood by hydrogen bomb or energy formation process in stars in which four hydrogen nuclei will combine with each other to form a helium nucleus. It is explained as below -

[tex]H_{1}^1+H_{1}^1\ =\ H_{1}^2+e_{+1}^0+energy[/tex]

[tex]H_{1}^1+H_{1}^2\ =\ He_{2}^3+energy[/tex]

[tex]H_{1}^1+He_{2}^3=\ He_{2}^4+e_{+1}^0+energy[/tex]

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[tex]4H_{1}^1=\ He_{2}^4+2e_{+1}^0+energy[/tex]

Hence, the correct answer to the question is that atoms combine to initiate nuclear fusion.

When nuclear fusion begins, what can be said about the internal processes within that star? Atoms in the star begin to split. Atoms in the star begin to combine. The star is turned into a nebula. The star is turned into a blue giant. is it b

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When nuclear fusion begins, what can be said about the internal processes within that star?
Atoms in the star begin to split. Atoms in the star begin to combine. The star is turned into a nebula. The star is turned into a blue giant. is it b