Yes, when you break something down you get each ion. It will have the charge you're looking for because of E and bonding rules
Yes , ionic compounds always have positively charged cations and negatively charged anions. But in an ionic compound the positive and negative charges balance exactly leaving an overall charge of zero
it is always equal to zero.The overall charge of a formula unit for an ionic compound is zero. The numbers of positive and negative ions are such that the sum of the positive charges and the negative charges is zero.
Zero. The net charge of a compound is always zero.
They have no charge..the ions are attracted to opposite charge until the overall charge is zero
The charge of aluiminum is 3+ and the charge of oxygen is 2-.
Yes , ionic compounds always have positively charged cations and negatively charged anions. But in an ionic compound the positive and negative charges balance exactly leaving an overall charge of zero
The ionic charges always cancel to give an electrostatically neutral compoun.
it is always equal to zero.The overall charge of a formula unit for an ionic compound is zero. The numbers of positive and negative ions are such that the sum of the positive charges and the negative charges is zero.
Zero. The net charge of a compound is always zero.
Ionic equations are a special type of chemical equations that demonstrate the changes in oxidation numbers in particular ions.
Chloride is always minus one (-1).
They have no charge..the ions are attracted to opposite charge until the overall charge is zero
It depends on what type of particles it has and if it was joined in an ionic bond.
The charge of aluiminum is 3+ and the charge of oxygen is 2-.
Phosphite has an ionic charge of -3.
The ionic charge of Californium is 3+.
In ionic chlorine compounds, the ionic charge of chlorine is -1.