Ammonia can be converted to nitrogen (II) oxide as shown in the equation below 4NH3(g) +...

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Ammonia can be converted to nitrogen (II) oxide as shown in the equation below 4NH3(g) + 502 Energy O2 + 6H2O (g) Reactants Reaction path products The energy level diagram for the reaches is given above (a) Explain how an increase in temperature would affect the yield of Nitrogen (II) oxide (2 mks) Ammonia can be converted to nitrogen (II) oxide as shown in the equation below 4NH3(g) + 502 Energy O2 + 6H2O (g) Reactants Reaction path products The energy level diagram for the reaches is given above (a) Explain how an increase in temperature would affect the yield of Nitrogen (II) oxide (2 mks)

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Answer FE Since the products are at a lower level as compared ... View the full answer