Is the size of an atom in outer space different than on earth?

Answer 1

no.its not different.the size of an atom remains the same whereeverr it is found.its mass also reminas the samre though there can be a slight difference in its weight due to gravitational pull.

Answer 2

No its not.
It will be the same everywhere. Size of the atom does not depend on planetary gravity.

Ofcourse the size of each individual atom might be different based on what kind of atom it is. For example, size of Hydrogen atom is 0.12nm where as size of oxygen atom is 0.14nm. Size of Nitrogen 0.15nm where as Carbon atom's size is 0.16nm. (nm=nano meters). So size of individual atoms differ slightly but they are like that everywhere. So simple answer to your question would be, NO. Size of an atom in outer space does NOT differ from size of atom on earth.

Answer 3

that's via fact the solar isn't on hearth. Burning (combustion) is a chemical reaction. The solar is a nuclear fusion reaction. trouble-free difference. Edit: whilst something burns, like paper, the molecules of the paper occasion with the oxygen molecules interior the air, and convey a reaction which rearranges the atoms to style new molecules (like carbon dioxide), yet there continues to be the comparable style of each atom. interior the solar, hydrogen atoms are smashed mutually to style helium atoms, and a element of their mass is grew to become into skill (in accordance to einstein's equation E=mc^2).

Answer 4

An atom in outer space would be no different than one on earth.
A neutron in a neutron star would be no different than one here on earth.
If their internal space was altered they would change,but then they wouldn't atoms and neutrons anymore.

Answer 5

No.
Atoms do not change their sizes.

Answer 6

No

Answer 7

no