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Will atomic number 17 accept one electron to form an octet?
Yes it will. This is a Chlorine atom accepting an electron to become a chloride ion.
Why does chlorine readily accept another electron?
Chlorine readily accepts another electron to achieve a stable electron configuration with a full outer shell of electrons, similar to the noble gas configuration. By gaining an electron, chlorine can achieve a complete octet, which is a more energetically favorable and stable state for the atom.
What symbol represents a chlorine ion that has ionized to have a stable electron configuration?
Cl - This means that Chlorine has an extra electron, so it's negative. Chlorine already has 7 electrons and in order to be stable, it only needs one more electron.
Why does a negative chlorine atom readily accept another electron?
A negative chlorine atom readily accepts another electron because it wants to achieve a full outer electron shell, which is more stable. By gaining one more electron, chlorine can achieve a full valence shell with eight electrons, following the octet rule.
Does chlorine attract of release electron and if so how many are involved?
Chlorine typically gains one electron to form a stable chloride ion. This process involves the attraction of one electron.
Which of the following elements sodium oxygen chlorine and aluminium will give out electrons and how many electrons will it accept?
Sodium lose one electron, aluminium lose three electrons.Chlorine accept one electron, oxygen accept two electrons.
Will atomic number 17 accept one electron to form an octet?
Yes it will. This is a Chlorine atom accepting an electron to become a chloride ion.
How many electron are transferred in the ionic bond between sodium and chlorine NaCl?
Only one, from sodium to chlorine.
Can chlorine donate electrons?
Chlorine is more likely to accept electrons than donate them due to its electronegativity. In its natural state, chlorine tends to gain one electron to achieve a stable electron configuration, forming a chloride ion.
Why does chlorine readily accept another electron?
Chlorine readily accepts another electron to achieve a stable electron configuration with a full outer shell of electrons, similar to the noble gas configuration. By gaining an electron, chlorine can achieve a complete octet, which is a more energetically favorable and stable state for the atom.
What symbol represents a chlorine ion that has ionized to have a stable electron configuration?
Cl - This means that Chlorine has an extra electron, so it's negative. Chlorine already has 7 electrons and in order to be stable, it only needs one more electron.
Why does a negative chlorine atom readily accept another electron?
A negative chlorine atom readily accepts another electron because it wants to achieve a full outer electron shell, which is more stable. By gaining one more electron, chlorine can achieve a full valence shell with eight electrons, following the octet rule.
Why nacl2 is not possible?
The cation sodium. Na + The anion chlorine. Cl - NaCl ----------------sodium chloride Sodium only has the one valance electron to donate to an ionic bond and chlorine can accept only one electron into it's valance shell. Then their octets are complete. So, NaCl2 is not possible as chlorine could not accept an electron not being donated in this invalid compound.
Is chlorine a metal or nonemetal?
Chlorine is a nonmetal. It is only one electron short of a noble gas electron configuration and is much more likely to abstract an electron from some other element than to donate one to some other element.
How many electrons are transferred in one bond between sodium and chlorine?
Only one electron is transferred.
Does chlorine attract of release electron and if so how many are involved?
Chlorine typically gains one electron to form a stable chloride ion. This process involves the attraction of one electron.
Which property of chlorine explains why it is likely to form a compound with an alkali metal?
Chlorine has a high electronegativity, meaning it has a strong tendency to attract electrons. This property makes it likely to form a compound with an alkali metal through ionic bonding, where the alkali metal loses an electron to chlorine to achieve a more stable electron configuration.
