**Chemical Reaction and Reaction Quotient****Equation:**\[ \text{U(s) + F}_2\text{(g)} \rightleftharpoons \text{UF}_6\text{(g)} \]**Task:**Write the reaction-quotient expression, \( Q_c \), for this reaction.**Answer Box:**The expression for the reaction quotient, \( Q_c \), involves the concentration of the products divided by the concentration of the reactants, each raised to the power of their stoichiometric coefficients.**Answer Bank Options:**- \([U]^3\)- \([UF_6]^2\)- \([UF_6]\)- \([F_2]^2\)- \([F_2]^6\)- \([F_2]^3\)- \([F_2]\)- \([UF_6]^3\)- \([U]\)To correctly write \( Q_c \) for this reaction:1. **Identify the Product and Reactants:** - Product: \([UF_6]\) - Reactants: \([U]\) and \([F_2]\)2. **Use Stoichiometry in the Expression:** - The stoichiometric coefficient of \( UF_6 \) is 1, thus it appears as \([UF_6]\). - The stoichiometric coefficient of \( F_2 \) is 1, thus it appears as \([F_2]\).3. **Write the Expression:** \[ Q_c = \frac{[UF_6]}{[F_2]} \]In this specific reaction, \( U \) is a solid, thus it does not appear in the expression for \( Q_c \) since solids and liquids are omitted from equilibrium expressions.

Consider the given reaction. Us+F2g→UF6g This equation is not balanced as the number of F atoms are…

Answered: equation: U(s) + F,(g) UF,(g) Write the…

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equation: U(s) + F,(g) UF,(g) Write the reaction-quotient expression, Qe, for this reaction.

Chemistry

10th Edition

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

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

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Question

**Chemical Reaction and Reaction Quotient**

**Equation:**
\[ \text{U(s) + F}_2\text{(g)} \rightleftharpoons \text{UF}_6\text{(g)} \]

**Task:**
Write the reaction-quotient expression, \( Q_c \), for this reaction.

**Answer Box:**
The expression for the reaction quotient, \( Q_c \), involves the concentration of the products divided by the concentration of the reactants, each raised to the power of their stoichiometric coefficients.

**Answer Bank Options:**
- \([U]^3\)
- \([UF_6]^2\)
- \([UF_6]\)
- \([F_2]^2\)
- \([F_2]^6\)
- \([F_2]^3\)
- \([F_2]\)
- \([UF_6]^3\)
- \([U]\)

To correctly write \( Q_c \) for this reaction:
1. **Identify the Product and Reactants:**
- Product: \([UF_6]\)
- Reactants: \([U]\) and \([F_2]\)

2. **Use Stoichiometry in the Expression:**
- The stoichiometric coefficient of \( UF_6 \) is 1, thus it appears as \([UF_6]\).
- The stoichiometric coefficient of \( F_2 \) is 1, thus it appears as \([F_2]\).

3. **Write the Expression:**
\[
Q_c = \frac{[UF_6]}{[F_2]}
\]

In this specific reaction, \( U \) is a solid, thus it does not appear in the expression for \( Q_c \) since solids and liquids are omitted from equilibrium expressions.

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