3.9. Chemistry Basic and Acidic Oxides
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Questions and Answers

What is the correct name for the compound with the formula $Al_2O_3$?

  • Aluminum (III) oxide
  • Aluminum oxide (correct)
  • Dialuminum oxide
  • Aluminum trioxide

What is the correct name for $SO_2$?

  • Sulfur dioxide
  • Sulfuric anhydride
  • Sulfurous anhydride (correct)
  • Sulfur oxide

Iron forms two oxides, $FeO$ and $Fe_2O_3$. What are their respective names?

  • Ferrous oxide and Ferric oxide
  • Iron oxide and Iron (III) oxide
  • Iron (II) oxide and Iron (III) oxide (correct)
  • Iron (I) oxide and Iron (III) oxide

Which of the following is the correct name for $B_2O_3$?

<p>Boric anhydride (D)</p> Signup and view all the answers

Which formula correctly represents Calcium hydroxide?

<p>$Ca(OH)_2$ (A)</p> Signup and view all the answers

What naming convention is applied for metals that form two types of hydroxides?

<p>Use 'hydroxide' + metal name + valence in parentheses for higher valence (C)</p> Signup and view all the answers

How should the hydroxide of zinc with a valence of II be named?

<p>Zinc(II) hydroxide (A), Hydroxide of zinc(II) (C)</p> Signup and view all the answers

Which metal forms only one type of hydroxide according to the provided information?

<p>Sodium (A)</p> Signup and view all the answers

Flashcards

Naming oxides

The name of an oxide indicates the element and its valence.

Naming bases (one type)

The name of a base is formed by adding the word 'hydroxide' before the metal name.

Naming bases (multiple types)

The name of a base changes depending on the metal's valence. For lower valence, use '-ous' suffix. For higher valence, use '-ic' suffix.

Formula of bases

The formula of a base is determined by the metal's valence and the valence of the hydroxide group (OH-).

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Hydroxide groups in a base

The number of hydroxide groups in a base formula is equal to the metal's valence.

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Simple Metal Oxide

Metal oxides where the metal has only one possible valence. Named as 'oxide' followed by the metal's name.

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Complex Metal Oxide

Metal oxides where the metal has multiple possible valences. Named using Latin suffixes '-or' for lower valence and '-ic' for higher valence.

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Simple Nonmetal Oxide

Nonmetal oxides where the nonmetal has only one possible valence. Named as 'anhydride' followed by the nonmetal's name + 'ic'.

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Complex Nonmetal Oxide

Nonmetal oxides where the nonmetal has multiple possible valences. Named using suffixes '-or' for lower valence and '-ic' for higher valence.

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Acid Oxide

A nonmetal oxide that reacts with water to form an acid. Named using 'anhydride' followed by the nonmetal's name.

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Study Notes

Basic Oxides and Metals

  • Metals with a low oxidation state form basic oxides.
  • Basic oxides react with water to form hydroxides.
  • Basic oxides combine with acids to form salts and water.
  • Basic oxides contain a metal and oxygen.

Acidic Oxides and Nonmetals

  • Nonmetals with a high oxidation state form acidic oxides
  • Acidic oxides react with water to form acids.
  • Acidic oxides combine with bases to form salts and water.
  • Acidic oxides contain a nonmetal and oxygen.

Naming Rules

  • To name basic oxides, simply add the word "oxide" in front of the metal's name.
  • To name acidic oxides, add the word "anhydride" in front of the nonmetal's name.
  • Examples included, sodium oxide, aluminum oxide, sulfur anhydride.
  • Note the different oxidation states from the various examples: iron(II) oxide and iron(III) oxide; sulfur(IV) oxide and sulfur(VI) oxide as examples.

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Description

This quiz covers the fundamental concepts of basic and acidic oxides, including their formation, reactions, and naming conventions. Learn how metals and nonmetals behave in different oxidation states and how they combine with water and acids. Test your knowledge with examples of basic and acidic oxides.

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