STARTING AMOUNT X What volume in milliliters of CO gas at STP are required to produce 10.4 g of CH₂COOH via a carbonylation reaction with excess CH₂OH (methanol)? CO(g) + CH₂OH(1)→ CH₂COOH(1)

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**Title: Calculating Volume of CO Gas for Carbonylation Reaction**

**Problem Statement:**
What volume in milliliters of CO gas at STP are required to produce 10.4 g of CH₃COOH via a carbonylation reaction with excess CH₃OH (methanol)?

**Chemical Equation:**
\[ \text{CO(g)} + \text{CH}_3\text{OH(l)} \rightarrow \text{CH}_3\text{COOH(l)} \]

**Calculation Setup:**
1. **Determine Starting Amount**: 
   - The amount of CH₃COOH given is 10.4 grams.

2. **Calculate Using Stoichiometry**:
   - Set up the conversion factors to calculate the volume of CO needed.

**Visual Explanation:**
- **Equation Diagram:**
  - **Starting Amount Block**: Indicates the initial given mass of CH₃COOH.
  - **Conversion Blocks**: Indicate the stoichiometric and volume conversions needed to find the solution.

**Note:** The diagram emphasizes setting up stoichiometric conversions to find the required volume of gas.
Transcribed Image Text:**Title: Calculating Volume of CO Gas for Carbonylation Reaction** **Problem Statement:** What volume in milliliters of CO gas at STP are required to produce 10.4 g of CH₃COOH via a carbonylation reaction with excess CH₃OH (methanol)? **Chemical Equation:** \[ \text{CO(g)} + \text{CH}_3\text{OH(l)} \rightarrow \text{CH}_3\text{COOH(l)} \] **Calculation Setup:** 1. **Determine Starting Amount**: - The amount of CH₃COOH given is 10.4 grams. 2. **Calculate Using Stoichiometry**: - Set up the conversion factors to calculate the volume of CO needed. **Visual Explanation:** - **Equation Diagram:** - **Starting Amount Block**: Indicates the initial given mass of CH₃COOH. - **Conversion Blocks**: Indicate the stoichiometric and volume conversions needed to find the solution. **Note:** The diagram emphasizes setting up stoichiometric conversions to find the required volume of gas.
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