The following is a formulation of the decomposition of penta-nitrogen dioxide in 456K N2O5(g) → 2NO2(g) +1\2O2(g) ? = 6.35 × 10−3?−1 A 0.18 liter hard vessel located in the 456K was inserted N2O5(G) At a pressure of 1.22 atmospheres. the reaction above happend. 1. How long from the start of the experiment will the pressure in the system rise to 1.54 atmospheres? 2. Calculate the partial pressure of each component in the mixture 100 seconds from the start of the experiment. 3. It was found that at a temperature of K 400 the value of the rate constant for a decomposition reaction of a nitrogen Fanta-oxygen equals 5.42*10-3 sec-1. Calculate the operating energy for the reaction. in all sections show calculations.
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The following is a formulation of the decomposition of penta-nitrogen dioxide in 456K
N2O5(g) → 2NO2(g) +1\2O2(g) ? = 6.35 × 10−3?−1
A 0.18 liter hard vessel located in the 456K was inserted N2O5(G) At a pressure of 1.22 atmospheres. the reaction above happend.
1. How long from the start of the experiment will the pressure in the system rise to 1.54 atmospheres?
2. Calculate the partial pressure of each component in the mixture 100 seconds from the start of the experiment.
3. It was found that at a temperature of K 400 the value of the rate constant for a decomposition reaction of a nitrogen Fanta-oxygen equals 5.42*10-3 sec-1. Calculate the operating energy for the reaction.
in all sections show calculations.
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