Homework 7 Solutions

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You could change the initial temperature of the reactor. If the initial temperature is 300 K as in<br />

the problem above, then the final ratio of C to D is 1.68. If the initial temperature is 100 K, the<br />

ratio of C to D is 2.4. Lowering the temperature works because D is kinetically favored.<br />

Lowering the temperature reduces the kinetic advantage.<br />

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You could change the initial temperature of the reactor. If the initial temperature is 300 K as in the problem above, then the final ratio of C to D is 1.68. If the initial temperature is 100 K, the ratio of C to D is 2.4. Lowering the temperature works because D is kinetically favored. Lowering the temperature reduces the kinetic advantage. 8

Page 1 and 2: 1. Nonisothermal Batch Reactor Cons
Page 3 and 4: dydt(3) = nuS1*r1 + nuS2*r2; dydt(4
Page 5 and 6: where the reaction properties are g
Page 7: I generated the following plot 2 1.

Homework 7 Solutions

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