In process contact, the material produces phosphoric acid. One The reactions in the process are the conversion of the SO2 gas to SO3 gas according to the following reaction: 2SO2 (g) + O2 (g) ⇄ 2SO3 (g) ΔH ° = -192 kJ · mol^-1 As part of the study of this process, a tank was filled with a mixture of the three gases in quantities that create equilibrium Weight, and add catalyst. The initial temperature in the tank was 450 ° C. The tank has a fixed and insulated volume From the environment. Below is a graph depicting the changes in the concentration of reaction components over time. 1. What response components are represented by the letters X and Y? 2. What change occurred in the response in the tenth minute? 3. Explain the changes that take place in the system between the 10th minute and the 20th minute. 4. Explain the changes that will occur in the system under the influence of heating. 5. What combination of pressure conditions (high / low) and temp.( High / low) will lead to the formation Maximum amount of product? Explain.
In process contact, the material produces phosphoric acid. One
The reactions in the process are the conversion of the SO2 gas to SO3 gas according to the following reaction:
2SO2 (g) + O2 (g) ⇄ 2SO3 (g) ΔH ° = -192 kJ · mol^-1
As part of the study of this process, a tank was filled with a mixture of the three gases in quantities that create equilibrium
Weight, and add catalyst. The initial temperature in the tank was 450 ° C. The tank has a fixed and insulated volume
From the environment. Below is a graph depicting the changes in the concentration of reaction components over time.
1. What response components are represented by the letters X and Y?
2. What change occurred in the response in the tenth minute?
3. Explain the changes that take place in the system between the 10th minute and the 20th minute.
4. Explain the changes that will occur in the system under the influence of heating.
5. What combination of pressure conditions (high / low) and temp.( High / low) will lead to the formation
Maximum amount of product? Explain.
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