Chemistry Chapter 6-2 Ionic Bonds Flashcards

An ionic bond is formed between a _____________ and a _____________?

In an ionic bond, electrons are ____________ from one another?

_________ forms from the attractions between oppositely charged ions?

The attractive force between oppositely charged ions which form when electrons are transferred from one atom to another is a ___________?

Every ionic compound is a ____________?

If ionic compounds are ________ or ________ they conduct ________?

All ________ are made of ionic compounds?

Generally, atoms join to form bonds so that each atom has __________ ___________ ______________?

What are the two kinds of chemical bonding?

_______ atoms tend to form ionic bonds when one has more __________ for ___________ than the other?

A _________ _________ is the smallest ratio of ions in ionic compounds?

Generally, atoms join to form bonds so that each atom has a stable electron configuration?

What is the structure of ionic bonds?

What is the valence electrons in ionic bonds?

What state are ionic bonds at room temperature?

What is the melting and boiling points of ionic compounds?

Ionic bonds are formed from the _______ ______ _________?

Ionic compounds are in the form of _________ NOT _______?

An ionic bond is established between a metal and a nonmetal through the transfer of electrons.
These bonds form due to attractions between oppositely charged ions resulting from electron transfers.

Ionic compounds exist as solids in their natural state.
When ionic compounds are dissolved in water or melted, they can conduct electricity due to the movement of ions.
Ionic bonds create a network structure, where ions are arranged in a repeating pattern.

Atoms bond to achieve a stable electron configuration, meaning a complete outer shell of electrons.
There are two primary types of chemical bonding: ionic and covalent.
Ionic bonds typically occur when one atom has a greater attraction for electrons than another, leading to the transfer of electrons.

The smallest ratio of ions in an ionic compound is known as a formula unit.
Ionic compounds generally have high melting and boiling points due to the strong attractions between ions.
In room temperature conditions, ionic compounds remain solid.

The valence electrons involved in ionic bonds are transferred from one atom to another, leading to ion formation.
All substances can be made from ionic compounds, emphasizing the prevalence of these bonds in various materials.
Ionic compounds are fundamentally networks rather than individual molecules, contributing to their unique properties.