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Questions and Answers
What are ionic compounds?
What are ionic compounds?
Ionic compounds are compounds where two or more ions are held together by electrical attraction, consisting of cations (positively charged) and anions (negatively charged).
Which of the following are properties of ionic compounds? (Select all that apply)
Which of the following are properties of ionic compounds? (Select all that apply)
Ionic compounds can only form when metal cations bond with nonmetal anions.
Ionic compounds can only form when metal cations bond with nonmetal anions.
False
What happens to ions that satisfy the octet rule?
What happens to ions that satisfy the octet rule?
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Study Notes
Ionic Compounds Overview
- Ionic compounds consist of two or more ions bonded through electrical attraction, with one ion carrying a positive charge (cation) and the other a negative charge (anion).
- Cations typically originate from metal atoms, while anions are usually nonmetals or polyatomic ions, which consist of multiple atoms.
Properties of Ionic Compounds
- All ionic compounds crystallize, forming structured lattice arrangements.
- They exhibit high melting and boiling points due to the strong electrostatic forces between ions.
- Ionic compounds are characterized by hardness and brittleness, making them resistant to deformation.
- Electrical conductivity is observed in ionic compounds when they are dissolved in water, due to the mobility of ions.
Additional Facts about Ionic Compounds
- Metal cations predominantly bond with nonmetal anions to form ionic compounds; ammonium ion is a notable exception, acting as a cation without containing metal.
- Ions achieve stability by satisfying the octet rule, which involves having eight electrons in their outermost shell.
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Description
Explore the fundamental properties of ionic compounds through this engaging flashcard quiz. Discover the definitions and characteristics of cations and anions, and understand how electrical attraction plays a key role in their formation. Test your knowledge and enhance your understanding of ionic bonds.
