When the outermost energy level is filled, the atom is stable. Nature always tries to achieve stability.
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∙ 13y agoAtoms want to have a full outer energy level of electrons, typically either 2 or 8 electrons, to become stable. This is known as the octet rule, in which atoms tend to gain, lose, or share electrons to achieve a stable electron configuration like the noble gases.
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∙ 11y agoit completes its outer orbitals in order to be stable . everything tends to be in stable state and so the atom.
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∙ 6y agoThe purpose is to have the last level with 8 electrons.
Atoms form bonds with other atoms in order to achieve a more stable arrangement of electrons in their outer energy levels. By sharing or transferring these electrons, atoms can achieve a full outer electron shell, which is a more energetically favorable state. Bond formation allows atoms to increase their stability and decrease their overall energy.
Atoms seek to achieve a stable electron configuration by either gaining, losing, or sharing electrons with other atoms to fill their outermost energy level. This allows them to achieve a full valence shell, similar to the noble gases, making them more stable and less reactive.
Atoms form bonds with other atoms to become more stable by achieving a full outer electron shell, which is energetically favorable. This stability minimizes the atom's overall energy and allows it to reach a more preferable state. Bonding with other atoms also allows for the sharing or transfer of electrons, leading to the formation of various compounds and molecules with unique properties.
Atoms want to gain or lose electrons to achieve a stable electron configuration, usually by filling or emptying their outer electron shell. This allows them to become more energetically stable, similar to the noble gases which have full outer electron shells.
All atoms want to have full valence shells and calcium has 20 electrons: two on the first energy level, 8 on the second, 8 on the third and 2 on the fourth. If it loses two and becomes Ca2+ it will have a full valence shell as it will have eighteen electrons with 8 on the third energy level.
the electrons on their outer shell, all atoms want to gain a full valence shell.
Atoms want to gain stability by achieving a full outer electron shell, typically with 8 electrons (except for the first energy level which is stable with 2 electrons). This configuration, known as the octet rule, is energetically favorable as it results in a lower overall energy state for the atom. The stability is achieved by gaining, losing, or sharing electrons through chemical bonding.
So they can have a full outer shell.
Atoms form bonds with other atoms in order to achieve a more stable arrangement of electrons in their outer energy levels. By sharing or transferring these electrons, atoms can achieve a full outer electron shell, which is a more energetically favorable state. Bond formation allows atoms to increase their stability and decrease their overall energy.
It isn't. Electrons surrounding atoms are arranged in energy levels. Each energy level can carry a certain number of electrons. The innermost energy level can hold up to two electrons, the second and third levels have up to eight each, the fourth has a capacity of 16... If ever an atom (such as a noble gas) or an ion has a full outer shell, it is considered stable unreactive and, for want of a better word, "happy".
"Want" is a word you should try to avoid when talking about atoms. Oxygen reacts to get a full outer shell of 8.
The answer is Valence Electrons. Atoms want a full number of electrons in their outer shell, which is why atoms with only one electron missing from their outer shell are most reactive, because they are close to completing that shell. Electrons as such are half-spin particles or fermions. A single particle electron orbital (intended as a solution of a 1-D Schrödinger equation) with occupancies 0 and 1 can have 2 allowed quantum states. Electrons are seen as indistinguishable particles in quantum mechanics. In other words electron 1 is the same as electron 2. We can then state that any electron of appropriate energy will be able to occupy the outermost shell of an element.
They share electrons when they try and corm covalent or ionic bonds. This is because the atoms want to gain a full outer shell. So when they share electrons they can have full shells.
Atoms seek to achieve a stable electron configuration by either gaining, losing, or sharing electrons with other atoms to fill their outermost energy level. This allows them to achieve a full valence shell, similar to the noble gases, making them more stable and less reactive.
Atoms form bonds with other atoms to become more stable by achieving a full outer electron shell, which is energetically favorable. This stability minimizes the atom's overall energy and allows it to reach a more preferable state. Bonding with other atoms also allows for the sharing or transfer of electrons, leading to the formation of various compounds and molecules with unique properties.
Atoms want to be stable because stability leads to a lower energy state, which is more favorable. When atoms are stable, their outer electron shells are filled or partially filled, which results in a more balanced state. Atoms achieve stability by gaining, losing, or sharing electrons to reach a more stable electron configuration.
Atoms want to gain or lose electrons to achieve a stable electron configuration, usually by filling or emptying their outer electron shell. This allows them to become more energetically stable, similar to the noble gases which have full outer electron shells.