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I'm not sure, but I think it wont react because sodium chloride is more stable than any compound may be formed such as sodium sulphate or copper chloride
yes chloride ion is stable coz its octet is complete.
The intermolecular forces are London dispersion forces.C2H4 is ethene molecule. The bonding is calledthe covalent compound,which the molecules share their electrons in order to achieve the stable electron arrangement.
In its ground state it does have a stable octet.
I don't think you can have MgCl stable. MgCl2 is Magnesium Chloride.
I'm not sure, but I think it wont react because sodium chloride is more stable than any compound may be formed such as sodium sulphate or copper chloride
cations or positive ions, as transition metals lose electrons to achieve a stable arrangement
It is not reactive.It is a neutral compound.
Atoms are trying achieve a stable electronic configuration i.e., stable arrangement of electrons in their electron shells. All configurations are not stable. Mostly stable configuration is attained by forming an octet of electrons in outer most shell. Sometimes octet rule is violated also.
Atoms can achieve a stable outer electron arrangement by gaining, losing or sharing valence electrons with other atoms or ions.
Alkali metals, have only one valence electron so they will "want" to lose it to achieve a stable electron arrangement.
copper has 2 stable isotopes
The noble gases have a stable electron arrangement and so do not need to react to achieve stability
Sodium chloride at 801 0C is melted and at 1 413 0C become a gas.
stable electronic configuration
It is not necessary; sodium chloride is stable.
A Roman number in the name of an ionic compound gives the absolute value of the oxidation number of that element in the compound which immediately precedes the Roman number. This is most common with cations of elements, such as copper and cobalt, that can form stable cations in more than one oxidation state. Copper(II) chloride, for example as the formula CuCl2 while copper(I) chloride has the formula CuCl.