. Biophysics: concepts and mechanisms. Biophysics. slope A log v A l/T R ( T in degrees Kelvin ) Figure 8-3. Arrhenius Plot of Log Rate vs l/T; Determination of Activation Energy. Referring back to Figure 7-3 which describes a process proceeding from an initial state to a final state, we know now from the preceding discussion that it must be modified with the insertion of an activation "hump" or bar- rier (see Figure 8-4). Thus E* is related to the extra heat content, A//}, the heat content change between initial state and "activated" state. activated complex c UJ. St
. Biophysics: concepts and mechanisms. Biophysics. slope A log v A l/T R ( T in degrees Kelvin ) Figure 8-3. Arrhenius Plot of Log Rate vs l/T; Determination of Activation Energy. Referring back to Figure 7-3 which describes a process proceeding from an initial state to a final state, we know now from the preceding discussion that it must be modified with the insertion of an activation "hump" or bar- rier (see Figure 8-4). Thus E* is related to the extra heat content, A//}, the heat content change between initial state and "activated" state. activated complex c UJ. State (a) | uncatalyzed. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Casey, Edmund Jeremiah, 1924-. New York, Reinhold Pub. Corp
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