At high temperature, the following gas phase equilibrium is established:
N₂O₅ N₂O + 2 O₂Initially, 1.00 mole of N₂O₅
Assume is sealed into a 0.182 L flask. After equilibrium, the N₂O concentration is 0.50 M . Calculate K c .

Question

At high temperature, the following gas phase equilibrium is established:
N₂O₅

At high temperature, the following gas phase equilibrium is established: N₂O<sub>5</sub> N₂O + 2 O₂Initially, 1.00 mole of N₂O<sub>5</sub> Assume is sealed into a 0.182 L flask. After equilibrium, the N₂O concentration is 0.50 M . Calculate K c . A) 0.0500 B) 0.100 C) 1.00 D) 2.00 E) 10.0

N₂O + 2 O₂Initially, 1.00 mole of N₂O₅
Assume is sealed into a 0.182 L flask. After equilibrium, the N₂O concentration is 0.50 M . Calculate K c .

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The Answer of At high temperature, the following gas phase equilibrium is established: N₂O₅ N₂O + 2 O₂Initially, 1.00 mole of N₂O₅ Assume is sealed into a 0.182 L flask. After equilibrium, the N₂O concentration is 0.50 M . Calculate K c .

At High Temperature, the Following Gas Phase Equilibrium Is Established