which of these is true about forming ionic compounds?\nthe positive charge must be greater than the negative…

which of these is true about forming ionic compounds?\nthe positive charge must be greater than the negative charge to keep strong attraction.\nthe negative charge must be greater than the positive charge to keep strong attraction.\nthe positive charge and negative charge must be equal and cancel out to keep strong attraction.

which of these is true about forming ionic compounds?\nthe positive charge must be greater than the negative charge to keep strong attraction.\nthe negative charge must be greater than the positive charge to keep strong attraction.\nthe positive charge and negative charge must be equal and cancel out to keep strong attraction.

Answer

Answer:

None of the above options are true. In an ionic compound, the overall charge is zero because the total positive charge from cations is equal to the total negative charge from anions. This is due to the transfer of electrons between a metal (which forms cations) and a non - metal (which forms anions). The strong electrostatic attraction in an ionic compound is due to the opposite charges of the ions, not a situation where one type of charge is greater than the other.

Brief Explanations:

Ionic compounds form when electrons are transferred between atoms. The resulting cations and anions are held together by electrostatic forces. For electrical neutrality, total positive and negative charges balance, not one being greater than the other for strong attraction.