Arial Solution Zn(NO3)2 Zn(NO3)2 XX NaCl NalO3 BaCl, Na₂CO3 12 + B IUA NR NR NR 2 Al₂(SO4)3 NR NaCl NR XX NR NR Pale milky NR white Soluble NR

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Chapter1: Chemical Foundations
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2. Write an equation showing the dissolution reaction for each of the precipitate that was soluble in CH3COOH.

The image contains a solubility chart, detailing the reactions of different solutions. Highlighted observations include whether the result is soluble or insoluble, and any notable visual changes.

### Table Layout:

**Columns (Solutions to test with):**
1. **Zn(NO₃)₂** (Zinc Nitrate)
2. **NaCl** (Sodium Chloride)
3. **NaIO₃** (Sodium Iodate)
4. **BaCl₂** (Barium Chloride)
5. **Na₂CO₃** (Sodium Carbonate)
6. **Al₂(SO₄)₃** (Aluminum Sulfate)

**Rows (Solutions being tested):**
1. **Zn(NO₃)₂**
2. **NaCl**
3. **NaIO₃**
4. **BaCl₂**
5. **Na₂CO₃**
6. **Al₂(SO₄)₃**

### Observations:

- **Zn(NO₃)₂**: 
  - NR (No Reaction) with all except for Na₂CO₃ where it forms a pale milky white precipitate that is soluble.
  
- **NaCl**:
  - NR with all except for no reaction recorded (XX).
  
- **NaIO₃**:
  - Forms distinct white particles with BaCl₂, which is insoluble. NR with other tests except for NaCl (XX).
 
- **BaCl₂**:
  - Forms distinct white particles which are insoluble with both NaIO₃ and Al₂(SO₄)₃.
  - Very milky white and soluble with Na₂CO₃.
  - NR with Zn(NO₃)₂ and NaCl.
  
- **Na₂CO₃**:
  - Pale milky white and soluble with Zn(NO₃)₂.
  - Very milky white and soluble with BaCl₂.
  - Very pale white particles that are soluble with Al₂(SO₄)₃.
  
- **Al₂(SO₄)₃**:
  - Forms milky white precipitate around the edges which is insoluble with BaCl₂.
  - Very pale white and soluble with Na₂CO₃.
  - NR with other solutions.

This chart helps illustrate common solubility reactions between these solutions, indicating possible precipitate formations and their sol
Transcribed Image Text:The image contains a solubility chart, detailing the reactions of different solutions. Highlighted observations include whether the result is soluble or insoluble, and any notable visual changes. ### Table Layout: **Columns (Solutions to test with):** 1. **Zn(NO₃)₂** (Zinc Nitrate) 2. **NaCl** (Sodium Chloride) 3. **NaIO₃** (Sodium Iodate) 4. **BaCl₂** (Barium Chloride) 5. **Na₂CO₃** (Sodium Carbonate) 6. **Al₂(SO₄)₃** (Aluminum Sulfate) **Rows (Solutions being tested):** 1. **Zn(NO₃)₂** 2. **NaCl** 3. **NaIO₃** 4. **BaCl₂** 5. **Na₂CO₃** 6. **Al₂(SO₄)₃** ### Observations: - **Zn(NO₃)₂**: - NR (No Reaction) with all except for Na₂CO₃ where it forms a pale milky white precipitate that is soluble. - **NaCl**: - NR with all except for no reaction recorded (XX). - **NaIO₃**: - Forms distinct white particles with BaCl₂, which is insoluble. NR with other tests except for NaCl (XX). - **BaCl₂**: - Forms distinct white particles which are insoluble with both NaIO₃ and Al₂(SO₄)₃. - Very milky white and soluble with Na₂CO₃. - NR with Zn(NO₃)₂ and NaCl. - **Na₂CO₃**: - Pale milky white and soluble with Zn(NO₃)₂. - Very milky white and soluble with BaCl₂. - Very pale white particles that are soluble with Al₂(SO₄)₃. - **Al₂(SO₄)₃**: - Forms milky white precipitate around the edges which is insoluble with BaCl₂. - Very pale white and soluble with Na₂CO₃. - NR with other solutions. This chart helps illustrate common solubility reactions between these solutions, indicating possible precipitate formations and their sol
Expert Solution
Basic

Precipitation reaction occurs when cation and anion in a solution combines together and form a insoluble solid. This solid is called as precipitate. 

Solubility is maximum amount of solid dissolve in a given amount of solvent. 

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