Question

[ mathrm{N}_{2(g)}+2 mathrm{O}_{2(g)} ightarrow mathrm{N}_{2} mathrm{O}_{4(g)} ] 11. The above reaction takes place in a closed flask. The initial amount of ( mathrm{N}_{2(mathrm{~g})} ) is 8 mole, and that of ( mathrm{O}_{2(mathrm{~g})} ) is 12 mole. There is no ( mathrm{N}_{2} mathrm{O}_{4(mathrm{~g})} ) initially present. The experiment is carried out at constant temperature. What is the total amount of mole of all substances in the container when the amount of ( mathrm{N}_{2} mathrm{O}_{4}(mathrm{~g}) ) reaches 6 mole?

          [
mathrm{N}_{2(g)}+2 mathrm{O}_{2(g)} 
ightarrow mathrm{N}_{2} mathrm{O}_{4(g)}
]
11. The above reaction takes place in a closed flask. The initial amount of ( mathrm{N}_{2(mathrm{~g})} ) is 8 mole, and that of ( mathrm{O}_{2(mathrm{~g})} ) is 12 mole. There is no ( mathrm{N}_{2} mathrm{O}_{4(mathrm{~g})} ) initially present. The experiment is carried out at constant temperature. What is the total amount of mole of all substances in the container when the amount of ( mathrm{N}_{2} mathrm{O}_{4}(mathrm{~g}) ) reaches 6 mole?

[
mathrmN2(g)+2 mathrmO2(g)
ightarrow mathrmN2 mathrmO4(g)
]
11. The above reaction takes place in a closed flask. The initial amount of ( mathrmN2(mathrm g) ) is 8 mole, and that of ( mathrmO2(mathrm g) ) is 12 mole. There is no ( mathrmN2 mathrmO4(mathrm g) ) initially present. The experiment is carried out at constant temperature. What is the total amount of mole of all substances in the container when the amount of ( mathrmN2 mathrmO4(mathrm g) ) reaches 6 mole?

Added by Tali

Question

Please give Ace some feedback