1. Initially (before any reaction occurs) a 1.00 liter reaction vessel at 400 °C contains 0.406...

1. Initially (before any reaction occurs) a 1.00 liter reaction vessel at 400 °C contains 0.406 moles of O₂(g) and 0.746 moles of NH₃(g) and no water or nitrogen. Consider the following:

a) If 0.071 moles of O₂(g) react, how many moles of NH₃(g) must react and how many moles of H₂O(g) and N₂(g) are formed? How many moles of O₂(g), NH₃(g), H₂O(g) and N₂(g) remain after completion of the reaction?

b) If '3x' moles of O₂(g) react, how many moles of NH₃(g) must react and how many moles of H₂O(g) and N₂(g) are formed(in terms of 'x')? How many moles of O₂(g), NH₃(g), H₂O(g) and N₂(g) remain after completion of the reaction?

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queen_honey_blossom answered 1 year ago

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