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In: Chemistry

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 2 years ago
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