er (1) chloride er (II) chloride (II) oxide CuCi CuCl- Cupeic Choct FeO Fe,O, Fellos Oede Feelie otde

Chemistry
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ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
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Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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I need a set of rules for the question 

**Compounds Formed from Monoatomic Ions with Multiple Cations**

This table outlines compounds formed from monoatomic ions where the metal can form more than one monoatomic cation. Each compound, its chemical formula, and its traditional name are listed below:

- **Copper (I) chloride**
  - Chemical Formula: CuCl
  - Name: Cuprous chloride

- **Copper (II) chloride**
  - Chemical Formula: CuCl₂
  - Name: Cupric chloride

- **Iron (II) oxide**
  - Chemical Formula: FeO
  - Name: Ferrous oxide

- **Iron (III) oxide**
  - Chemical Formula: Fe₂O₃
  - Name: Ferric oxide

**Rules:**
The document partially shows a section titled "Rules," but the content under this heading is not visible.
Transcribed Image Text:**Compounds Formed from Monoatomic Ions with Multiple Cations** This table outlines compounds formed from monoatomic ions where the metal can form more than one monoatomic cation. Each compound, its chemical formula, and its traditional name are listed below: - **Copper (I) chloride** - Chemical Formula: CuCl - Name: Cuprous chloride - **Copper (II) chloride** - Chemical Formula: CuCl₂ - Name: Cupric chloride - **Iron (II) oxide** - Chemical Formula: FeO - Name: Ferrous oxide - **Iron (III) oxide** - Chemical Formula: Fe₂O₃ - Name: Ferric oxide **Rules:** The document partially shows a section titled "Rules," but the content under this heading is not visible.
Expert Solution
Step 1

Copper and iron are D block elements have variable oxidation State 

Copper can show +1 and +2 oxidation State while iron can show + 2 ,+ 3 oxidation State.

So compound can form compund according to oxidation state of cation.

During the formation of compound charge of cation and anion exchange with each other in the form of suffix

 

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