Methyl alcohol (CH3OH) is made by the reaction of carbon monoxide and hydrogen in the presence of certain metal oxide catalysts. COlg) + 2H2(3) CH;OH(I) How much alcohol can be obtained by reaction of 38.3 g of CO and 9.45 g of H2? i How many grams of excess reactant remain unreacted? g

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Chapter1: Chemical Foundations
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**Methyl Alcohol Production Reaction**

Methyl alcohol (CH₃OH) is produced by the reaction of carbon monoxide and hydrogen in the presence of certain metal oxide catalysts.

\[ \text{CO}(g) + 2\text{H}_2(g) \rightarrow \text{CH}_3\text{OH}(l) \]

**Problem 1: Alcohol Yield Calculation**

Determine the amount of alcohol that can be obtained from the reaction of 38.3 g of CO and 9.45 g of H₂.

- [Input Box] _____ g

**Problem 2: Excess Reactant Calculation**

Calculate how many grams of the excess reactant remain unreacted.

- [Input Box] _____ g

**Explanation:**

This exercise focuses on stoichiometry, helping students to apply their knowledge in calculating theoretical yields from a given chemical reaction. By identifying limiting and excess reactants, students can accurately determine the result of a chemical process in terms of product formation and leftover materials.
Transcribed Image Text:**Methyl Alcohol Production Reaction** Methyl alcohol (CH₃OH) is produced by the reaction of carbon monoxide and hydrogen in the presence of certain metal oxide catalysts. \[ \text{CO}(g) + 2\text{H}_2(g) \rightarrow \text{CH}_3\text{OH}(l) \] **Problem 1: Alcohol Yield Calculation** Determine the amount of alcohol that can be obtained from the reaction of 38.3 g of CO and 9.45 g of H₂. - [Input Box] _____ g **Problem 2: Excess Reactant Calculation** Calculate how many grams of the excess reactant remain unreacted. - [Input Box] _____ g **Explanation:** This exercise focuses on stoichiometry, helping students to apply their knowledge in calculating theoretical yields from a given chemical reaction. By identifying limiting and excess reactants, students can accurately determine the result of a chemical process in terms of product formation and leftover materials.
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