Ⓒ Macmillan Lea Write a balanced equation to represent the reaction shown. H H balanced equation: CHS + HOCHS + HO H- H H H H-OTH O -H H

Chemistry
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Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
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Chapter1: Chemical Foundations
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**Chemical Reaction Balancing Exercise**

**Objective:** Write a balanced equation to represent the reaction shown.

**Reaction Diagram:**

- **Reactants (Left Side):**
  - The first molecule contains a carbon (C) atom bonded to a sulfur (S) atom with hydrogen (H) atoms attached.
  - The second molecule is a diatomic hydroxide (HO) structure with a hydrogen (H) and an oxygen (O) atom.

- **Products (Right Side):**
  - The product molecules show a rearrangement where the sulfur atoms are connected in a chain between two carbon atoms, each bonded to hydrogen atoms.
  - Another molecule of hydroxide (HO) is also present as a separate entity.

**Balanced Equation:**

\( \text{CHS + HO} \rightarrow \text{CHS + HO} \)

This balanced equation indicates that the number and type of atoms on both sides of the reaction remain consistent.
Transcribed Image Text:**Chemical Reaction Balancing Exercise** **Objective:** Write a balanced equation to represent the reaction shown. **Reaction Diagram:** - **Reactants (Left Side):** - The first molecule contains a carbon (C) atom bonded to a sulfur (S) atom with hydrogen (H) atoms attached. - The second molecule is a diatomic hydroxide (HO) structure with a hydrogen (H) and an oxygen (O) atom. - **Products (Right Side):** - The product molecules show a rearrangement where the sulfur atoms are connected in a chain between two carbon atoms, each bonded to hydrogen atoms. - Another molecule of hydroxide (HO) is also present as a separate entity. **Balanced Equation:** \( \text{CHS + HO} \rightarrow \text{CHS + HO} \) This balanced equation indicates that the number and type of atoms on both sides of the reaction remain consistent.
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