II. Calculate the value of the equilibrium constant.1) 1.60 moles CO, 1.60 moles H,O, 4.00 moles CO,, 4.00moles H, are found in a 8.00L container at690°C at equilibrium.CO (g) + H,O (g) 2 CO, (g) + H, (g)2) 2.00 moles of NO, and1.60 moles of N,O, are present in a 4.00 L flask at equilibrium at 20°C.Calculate the Kc at 20°C.NO)3) At equilibrium at 100°C, a 2.0OL flask contains:75.1 of PCI,0.050 mol of H,O 0.750 mol 0f HCl0.500mol of POCI,Calculate the Kc for the reaction:PCl, (s) + H,O (g) 2 HCl (g) + POCI, (g)·

Part 1 Given: Moles of CO = 1.60 mol Moles of H2O = 1.60 mol Moles of CO2 = 4 mol Moles of H2 = 4…

II. Calculate the value of the equilibrium constant. 1) 1.60 moles CO, 1.60 moles H,O, 4.00 moles CO, 4.00moles H, are found in a 8.00L contain 690°C at equilibrium. CO (g) + H,O (g) 2 CO, (g) + H, (g) 2) 2.00 moles of NO, and1.60 moles of N,0, are present in a 4.00 L flask at equilibrium at 20°C Calculate the Kc at 20°C. NO2) N,O4 3) At equilibrium at 100°C, a 2.0L flask contains: 75.1 of PCl, 0.050 mol of H,O 0.750 mol Of HCI 0.500mol of POCI, Calculate the Kc for the reaction: PCI, (s) + H,0 (g) 2 HC1 (g) + POCI, (g)

II. Calculate the value of the equilibrium constant. 1) 1.60 moles CO, 1.60 moles H,O, 4.00 moles CO, 4.00moles H, are found in a 8.00L contain 690°C at equilibrium. CO (g) + H,O (g) 2 CO, (g) + H, (g) 2) 2.00 moles of NO, and1.60 moles of N,0, are present in a 4.00 L flask at equilibrium at 20°C Calculate the Kc at 20°C. NO2) N,O4 3) At equilibrium at 100°C, a 2.0L flask contains: 75.1 of PCl, 0.050 mol of H,O 0.750 mol Of HCI 0.500mol of POCI, Calculate the Kc for the reaction: PCI, (s) + H,0 (g) 2 HC1 (g) + POCI, (g)

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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