MUST ONLY BE SOLVE BY PARTITION FUNCTIONS
- Must Show Step By Step No Use Of Programs Must Only Be Solve By Partition Functions 1 (52.88 KiB) Viewed 31 times
MUST SHOW STEP BY STEP, NO USE OF PROGRAMS MUST ONLY BE SOLVE BY PARTITION FUNCTIONS
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MUST SHOW STEP BY STEP, NO USE OF PROGRAMS MUST ONLY BE SOLVE BY PARTITION FUNCTIONS
MUST SHOW STEP BY STEP, NO USE OF PROGRAMS
MUST ONLY BE SOLVE BY PARTITION FUNCTIONS
Calculate AG*rx, the equilibrium constant at 350 °C for the reaction between Cl₂ and Br₂ to obtain BrCl. Use the following data. Cl2(g) + Br2(g) = 2BrCl(g) CI-CI Br - Br Br-Cl Do/ev 2.51 (¹) 2.00 (12) 2.27 (2) r/pm 199 228 217 v/cm-¹ 560 325 444 Use the value of the constant obtained to calculate the concentrations of the species at equilibrium if 2.65 millimoles of Cl₂, 3.1 millimoles of Br₂, and 1.44 millimoles of BrCl are introduced into an empty container of 185 cm³, maintaining the temperature at 350 °C
MUST ONLY BE SOLVE BY PARTITION FUNCTIONS
Calculate AG*rx, the equilibrium constant at 350 °C for the reaction between Cl₂ and Br₂ to obtain BrCl. Use the following data. Cl2(g) + Br2(g) = 2BrCl(g) CI-CI Br - Br Br-Cl Do/ev 2.51 (¹) 2.00 (12) 2.27 (2) r/pm 199 228 217 v/cm-¹ 560 325 444 Use the value of the constant obtained to calculate the concentrations of the species at equilibrium if 2.65 millimoles of Cl₂, 3.1 millimoles of Br₂, and 1.44 millimoles of BrCl are introduced into an empty container of 185 cm³, maintaining the temperature at 350 °C