Chemical Bonding
process of unstable atoms trying to become stable by emitting energy that is at a level high enough to ionize
Most single atoms are unstable and must undergo a chemical reaction in order to become stable. The noble gases, however, can exist as single atoms, because they have filled valence shells and are therefore stable on their own.
A stable, nonradioactive atom must be formed.
When a few atoms undergo fission, they cause many more atoms to split; this process is called an atomic bomb.
to become stable
Most atoms tend to undergo chemical reactions combining in ways that cause their atoms to become more stable
Radioactive decay
process of unstable atoms trying to become stable by emitting energy that is at a level high enough to ionize
No. They combine when the compound is more stable. Any system will tend to go toward a more stable state. If a molecule is less stable than the individual atoms there is a good chance it will fall apart.
Most single atoms are unstable and must undergo a chemical reaction in order to become stable. The noble gases, however, can exist as single atoms, because they have filled valence shells and are therefore stable on their own.
A stable, nonradioactive atom must be formed.
The process described is radioactive decay.
When a few atoms undergo fission, they cause many more atoms to split; this process is called an atomic bomb.
STABLE
Unless it is an element that has a full valence shell naturally - like neon, krypton, etc. - atoms are incredibly unstable. When a compound is formed the atoms either share or exchange electrons in order to completely fill their valence shells. Unless it is an element that has a full valence shell naturally - like neon, krypton, etc. - atoms are incredibly unstable. When a compound is formed the atoms either share or exchange electrons in order to completely fill their valence shells.
In order to fill their outer most shells and become more stable atoms form BONDS.
Radioactive.