if al was to give up its three electrons to two oxygens there will be a 2:1 ratio and one oxygen will have one more then the other so will that make it negatively charge?
2. Also will Nacl2 be the same way since Na can only give one electron will it be negatively charge and how
2. Also will Nacl2 be the same way since Na can only give one electron will it be negatively charge and how
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Compounds containing Al and O have the basic formula Al2O3. This is called "corundum" and is what we see as rubies and sapphires.
Also, the bonds in Al2O3 are not actually ionic since the percent ionic character is about 56%. That's 44% covalent character. Al2O3 does exist as a network solid, therefore, there are no discrete molecules of Al2O3.
There is no NaCl2. It doesn't exist. Sodium and chlorine combine in a 1:1 ratio to make the network solid sodium chloride, NaCl.
Also, the bonds in Al2O3 are not actually ionic since the percent ionic character is about 56%. That's 44% covalent character. Al2O3 does exist as a network solid, therefore, there are no discrete molecules of Al2O3.
There is no NaCl2. It doesn't exist. Sodium and chlorine combine in a 1:1 ratio to make the network solid sodium chloride, NaCl.
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if we assume that there compounds exist then they are neutral without any net charge but they will be highly unstable and highly reactive and maybe called free radicals
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yes