Copy of Quiz-Honor's Chemistry Ionic Bonding & Formula Units (2/11/2025)

Add another chlorine atom.

Add another beryllium atom.

Transfer an electron from the chlorine atom to the beryllium atom.

Transfer an electron from the beryllium atom to the chlorine atom.

Rb₃N

RbN

Rb₂N₃

RbN₃

Two atoms of lithium each donate one electron to oxygen, forming two positively charged lithium ions and one negatively charged oxygen ion that are attracted to one another, forming an ionic bond.

Two atoms of lithium and one atom of oxygen share electrons, forming an ionic bond.

Two atoms of lithium and one atom of oxygen share electrons, forming a covalent bond.

Two atoms of lithium each donate one electron to oxygen, forming two positively charged lithium ions and one negatively charged oxygen ion that are attracted to one another, forming a covalent bond.

Magnesium

Sulfur

Nitrogen

Bromine

Nitrogen, Phosphorus, Arsenic group

Oxygen, Sulfur, Selenium group

Fluorine, Chlorine, Bromine group

None of these groups would combine with sodium in a 1:1 ratio

PbO

Pb₂O₄

PbO₂

Pb₂O

Nonmetals

Metals

Metalloids

Neutrinos

Na₂Cl

NaCl₂

NaCl

NaClO

Nacl₃

Magnesium monooxide

Magnesium oxide

Magnesium tetroxide

Magnesium oxygen

Magnesium dioxide

CaF₃

CaF

Ca₂F

CaF₂

Dipotassium sulfur

Potassium sulfide

K sulfur

Potassium sulfite

lithium (Li)

aluminum (Al)

sodium (Na)

beryllium (Be)

BeO will have a stronger bond because it has a smaller ionic charge, and a smaller distance between ions.

BeO will have a stronger bond because it has a larger ionic charge, and a smaller distance between ions.

BeO will have a stronger bond because it has a smaller ionic charge, and a smaller distance between ions.

NaCl will have a stronger bond because it has a smaller ionic charge, and a larger distance between ions.