Question

One mole of ammonia is oxidized to NO2 (g) to make nitric acid. What temperature will be reached if the only reaction is NH3(g) + 7 4 O2(g) → NO2(g) + 3 2 H2O(g) and a stoichiometric amount of oxygen is used? The initial temperature is 298 K. C P of NO2 (g) is 36.974 J/(mol∙K) and CP of H2O(g) is 33.59 J/(mol∙K).

Name: one mole of ammonia is oxidized to no2 g to make nitric acid what temperature will be reached if the only reaction is nh3g 7 4 o2g no2g 3 2 h2og and a stoichiometric amount of oxygen is used 82873
Uploaded: 2021-11-03T07:28:18-08:00
Duration: 58 s
Channel: Manik Pulyani
Description: one mole of ammonia is oxidized to no2 g to make nitric acid what temperature will be reached if the only reaction is nh3g 7 4 o2g no2g 3 2 h2og and a stoichiometric amount of oxygen is used 82873

          One mole of ammonia is oxidized to NO2 (g) to make nitric acid. What temperature will
be reached if the only reaction is NH3(g) + 7
4 O2(g) → NO2(g) + 3
2 H2O(g) and a
stoichiometric amount of oxygen is used? The initial temperature is 298 K. C P of NO2 (g)
is 36.974 J/(mol∙K) and CP of H2O(g) is 33.59 J/(mol∙K).

Added by Cheryl R.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

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11/03/2021

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One mole of ammonia is oxidized to NO2 (g) to make nitric acid. What temperature will be reached if the only reaction is NH3(g) + 7 4 O2(g) → NO2(g) + 3 2 H2O(g) and a stoichiometric amount of oxygen is used? The initial temperature is 298 K. C P of NO2 (g) is 36.974 J/(mol∙K) and CP of H2O(g) is 33.59 J/(mol∙K).