7. The thermal decomposition of hydrogen iodide 2HI H2 + I2 is reported by M. Bodenstein [Z. phys. chem., 29, 295 (1899)] as follows: 508 427 393 356 283 T,°C k, cm³/mol.s Find the activation energy,...

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7. The thermal decomposition of hydrogen iodide<br>2HI H2 + I2<br>is reported by M. Bodenstein [Z. phys. chem., 29, 295 (1899)] as follows:<br>508<br>427<br>393<br>356<br>283<br>T,°C<br>k, cm³/mol.s<br>Find the activation energy, pre-exponential factor and complete rate equation for this reaction. Use units of joules, moles, cm<br>0.1059<br>0.00310<br>0.000588<br>80.9 x 106<br>0.942 x 106<br>and seconds.<br>

Extracted text: 7. The thermal decomposition of hydrogen iodide 2HI H2 + I2 is reported by M. Bodenstein [Z. phys. chem., 29, 295 (1899)] as follows: 508 427 393 356 283 T,°C k, cm³/mol.s Find the activation energy, pre-exponential factor and complete rate equation for this reaction. Use units of joules, moles, cm 0.1059 0.00310 0.000588 80.9 x 106 0.942 x 106 and seconds.

Jun 10, 2022

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7. The thermal decomposition of hydrogen iodide 2HI H2 + I2 is reported by M. Bodenstein [Z. phys. chem., 29, 295 (1899)] as follows: 508 427 393 356 283 T,°C k, cm³/mol.s Find the activation energy,...

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