Chemical Kinetics
| Institution | UNIVERSITY |
| Course | EDUCATION |
| Year | 1st Year |
| Semester | Unknown |
| Posted By | Brian Mike |
| File Type | |
| Pages | 52 Pages |
| File Size | 1.77 MB |
| Views | 1473 |
| Downloads | 1 |
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Description
The time required for a reactant to reach half its original concentration is called the halflife of a reactant and is designated by the symbol . For example, we can calculate the
half-life of the decomposition reaction discussed in Sample Exercise 12.2. The data plotted in Fig. 12.5 show that the half-life for this reaction is 100 seconds. We can see this
by considering the following numbers:
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SCH 405:Further Chemical Kinetics and Electrochemistry
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Bimolecular reactions – gaseous and liquid states. Quasi equilibrium and steady state approximation theory of reaction rates. Reaction mechanisms.
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