The Naganohara Fireworks company hired you, as a new chemical engineer in town, to operate one of their reactors used in their fireworks manufacturing. This batch reactor isa constantEvolume reactor...


The Naganohara Fireworks company hired you, as a new chemical engineer in town, to operate one of their reactors used in their fireworks manufacturing. This<br>batch reactor isa constantEvolume reactor operated at 0•C. One of the operators then gave you the data for the decomposition of the pure gas Yoimiya-X (Y<br>X) into the product they call Amber (A). The stoichiometry of the decomposition is<br>YX-→ 2.5A<br>Your major task as the chemical engineer is to find a rate equation (in moles, liter, and minutes) which satisfactorily represents this decomposition. The following<br>data are obtained:<br>Time, min<br>Partial pressure of A, mm<br>2<br>4<br>6.<br>8<br>10<br>12<br>14<br>76 60 47.5 39 32 27.5 24 21.5 15<br>

Extracted text: The Naganohara Fireworks company hired you, as a new chemical engineer in town, to operate one of their reactors used in their fireworks manufacturing. This batch reactor isa constantEvolume reactor operated at 0•C. One of the operators then gave you the data for the decomposition of the pure gas Yoimiya-X (Y X) into the product they call Amber (A). The stoichiometry of the decomposition is YX-→ 2.5A Your major task as the chemical engineer is to find a rate equation (in moles, liter, and minutes) which satisfactorily represents this decomposition. The following data are obtained: Time, min Partial pressure of A, mm 2 4 6. 8 10 12 14 76 60 47.5 39 32 27.5 24 21.5 15

Jun 08, 2022
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