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Using the Thermodynamic Data Below, Determine the Equilibrium Constant for the Conversion

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Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance   (kJ/mol)    (kJ/mol)  S<font face= symbol ></font> (J/mol · K)  O<sub>2</sub>(g)  0 0 205.0 O<sub>3</sub>(g)  142.3 163.4 237.6       A) 2.04 <font face= symbol ></font> 10<sup>7</sup> B) 5.44 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>14</sup> C) 2.67 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>8</sup> D) 2.91 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>9</sup> E) 3.65 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>12</sup> (kJ/mol) Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance   (kJ/mol)    (kJ/mol)  S<font face= symbol ></font> (J/mol · K)  O<sub>2</sub>(g)  0 0 205.0 O<sub>3</sub>(g)  142.3 163.4 237.6       A) 2.04 <font face= symbol ></font> 10<sup>7</sup> B) 5.44 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>14</sup> C) 2.67 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>8</sup> D) 2.91 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>9</sup> E) 3.65 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>12</sup> (kJ/mol) S (J/mol · K)
O2(g) 0 0 205.0
O3(g) 142.3 163.4 237.6 Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance   (kJ/mol)    (kJ/mol)  S<font face= symbol ></font> (J/mol · K)  O<sub>2</sub>(g)  0 0 205.0 O<sub>3</sub>(g)  142.3 163.4 237.6       A) 2.04 <font face= symbol ></font> 10<sup>7</sup> B) 5.44 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>14</sup> C) 2.67 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>8</sup> D) 2.91 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>9</sup> E) 3.65 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>12</sup> Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance   (kJ/mol)    (kJ/mol)  S<font face= symbol ></font> (J/mol · K)  O<sub>2</sub>(g)  0 0 205.0 O<sub>3</sub>(g)  142.3 163.4 237.6       A) 2.04 <font face= symbol ></font> 10<sup>7</sup> B) 5.44 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>14</sup> C) 2.67 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>8</sup> D) 2.91 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>9</sup> E) 3.65 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>12</sup> Using the thermodynamic data below, determine the equilibrium constant for the conversion of oxygen to ozone at 2,000 K. Substance   (kJ/mol)    (kJ/mol)  S<font face= symbol ></font> (J/mol · K)  O<sub>2</sub>(g)  0 0 205.0 O<sub>3</sub>(g)  142.3 163.4 237.6       A) 2.04 <font face= symbol ></font> 10<sup>7</sup> B) 5.44 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>14</sup> C) 2.67 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>8</sup> D) 2.91 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>9</sup> E) 3.65 <font face= symbol ></font> 10<font face= symbol ><sup></sup></font><sup>12</sup>


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