Unformatted text preview: five temperatures for
which your team determined the half-lives. If you have not completed such a table, either
extend your existing table to include all these columns, or create the entire table now.
You may leave the exercise at any point and continue it later if necessary. Please enter
the 5 precise temperatures in degrees Celsius at which you measured the half-life of the
reaction (e.g. 81.5). Enter them in increasing order (lowest to highest).
Convert each of the temperatures you entered above to Kelvin and find the reciprocal.
Enter the reciprocal Kelvin temperatures in the corresponding order with the above
Celsius temperatures. Your reciprocal Kelvin temperatures will be entered in decreasing
order (highest to lowest). Use four significant figures. (e.g. 0.003143).
Please enter the 5 measured half-lives in units of seconds in corresponding ordered with
the above Celsius temperatures. (e.g. 35.5). The first half-life entered here should
correspond to the first (lowest) Celsius temperature entered above.
73 Calculate the rate constant of each of the half-liv...
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This note was uploaded on 04/09/2013 for the course CHE CHE 2C taught by Professor Nasiri during the Spring '07 term at UC Davis.
- Spring '07