Chlorine readily accepts another electron because it just needs to gain one more e- to complete its outer shell of valence electrons. Once chlorine's outer shell is filled, the element becomes more stable. Chlorine's whole family of elements (F, Cl, Br, I) all readily accept one more electron.
Chlorine has an important value of the electronegativity.
It needs just one electron to acquire a complete and stable outer shell.
Yes it will. This is a Chlorine atom accepting an electron to become a chloride ion.
Sodium has 1 electron to "donate" and chlorine has space to "accept" 1 electron, so this electron transfer occurs and both have a stable octet electron configuration
it is only one electron short from obtaining the noble gas structure so it only tries to gain one and resists the rest
In most cases, chlorine is more reactive than bromine. This occurs because chlorine has a higher electronegativity than bromine. Thus, chlorine tends to take electrons from other substances more readily than bromine, and thus is more reactive.
It needs just one electron to acquire a complete and stable outer shell.
Chlorine will readily accept one electron to its outershell.
From a purely electronegative standpoint, Flourine is most likely to be an electron acceptor.
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.
Yes it will. This is a Chlorine atom accepting an electron to become a chloride ion.
Sodium lose one electron, aluminium lose three electrons.Chlorine accept one electron, oxygen accept two electrons.
Sodium has 1 electron to "donate" and chlorine has space to "accept" 1 electron, so this electron transfer occurs and both have a stable octet electron configuration
it is only one electron short from obtaining the noble gas structure so it only tries to gain one and resists the rest
Sodium can lose its one valence electron to form noble gas configuration. Chlorine will accept one electron to form noble gas configuration. Hence a ionic bond will e formed between sodium and chlorine.
In most cases, chlorine is more reactive than bromine. This occurs because chlorine has a higher electronegativity than bromine. Thus, chlorine tends to take electrons from other substances more readily than bromine, and thus is more reactive.
When an atom that has an excess electron - that it needs to get rid of to be Happy - meets an atom that needs to accept an electron - to be Happy- , they readily share these two electrons in a paired configuration that is called the covalent bond.
Alkali metals, like sodium and potassium, typically form ionic bonds. These metals have one valence electron that is easily transferred to another element to achieve a stable electron configuration. As a result, they form positive ions and bond with elements that readily accept electrons, such as halogens or nonmetals.