30. Solving a chemistry problem
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5. The gas reaction of decomposition of acetone CH3COCH3=C2H4 H2CO proceeds in the system. Rate constant 0.026 min-1. The initial pressure in the system is 65000 Pa (there are no reaction products at the initial moment). Necessary:
1) Determine the order of the reaction and give the integral equation of the reaction of a given order;
2) convert the integral equation to a form that includes the total pressure in the system;
3) obtain the dependence of the total pressure in the system on time and calculate the total pressure in the system after 45 minutes.
1) Determine the order of the reaction and give the integral equation of the reaction of a given order;
2) convert the integral equation to a form that includes the total pressure in the system;
3) obtain the dependence of the total pressure in the system on time and calculate the total pressure in the system after 45 minutes.
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- Content type File
- Content description 23,47 kB
- Added to the site 19.04.2023
Additional description
If you do not open the file - install the RAR archiver. Inside the archive you will find a solution in Word format.
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30. Solving a chemistry problem
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