A neutral aluminum atom has 3 electrons in its outer shell and a full outer shell of 8 electrons below that. This full outer shell is stable, so aluminum will lose its 3 outer shell electrons to achieve that configuration.
Removing of 3 electrons takes Al to Neon's electronic configaration and makes Al chemically stable.
1 because Na ions have a +1 charge while Cl ions have a -1 charge.
Aluminium has the charge 3+, it is trivalent.
because the ions has ability to conuct the charge it carry by ion
The Al and O must balance each other in charge, so it takes 2 Al^3+ for a total of 6+ and it takes 3 O^2- for a total of 6-. Thus, aluminum oxide has the formula of Al2O3
because Na has one electron in its outer shell, the charge of the ion is Na+
Aluminum ions carry a charge of three. Al3+.
Aluminum has trivalent cation. It is Al3+
AlCl3
The most familiar one is aluminum, which can form ions with a charge of plus 3, for example in compounds such as aluminum oxide.
Aluminum ions have a charge of 3+, and sulfide ions have a charge of 2- . Using the crossover method of determining the formula unit of an ionic compound gives us the formula Al2S3.
If you mean Aluminum metal, then answer is No. This is because aluminum will dissolve in alkali as aluminate ions.
It is true that compounds formed from ions will form in such a way that the charges balance out and the compound has not net charge. An example might be aluminum with a plus 3 charge (Al^3+) combining with a chloride ion with a minus 1 charge (Cl^1-) to make aluminum chloride, where there will be 1 Al^3= and 3 Cl^1- to make AlCl3 (no net charge).
An electron or an aluminum ion carry a negative charge.
1 because Na ions have a +1 charge while Cl ions have a -1 charge.
Aluminium has the charge 3+, it is trivalent.
When writing a chemical formula, you must recognize the ions which are a part of the ionic compound. To distinguish the ions from one another, you must classify the ions as the cations, the monatomic anions and polyatomic anions.
When ions come together, they do so in a way that balances out the charges on the ions.