2b. Define the dead-time of a stopped-flow apparatus. Suppose that the dead time of the SFA-20 stopped-flow is 10 ms; can you determine the rate constant of a fast reaction that occurs on a time scale...

2b. Define the dead-time of a stopped-flow apparatus. Suppose that the dead time of the SFA-20 stopped-flow is<br>10 ms; can you determine the rate constant of a fast reaction that occurs on a time scale of 15 ms and why?<br>Assume an integration time of 3 ms. Explain how can you improve your measurements?<br>

Extracted text: 2b. Define the dead-time of a stopped-flow apparatus. Suppose that the dead time of the SFA-20 stopped-flow is 10 ms; can you determine the rate constant of a fast reaction that occurs on a time scale of 15 ms and why? Assume an integration time of 3 ms. Explain how can you improve your measurements?

Jun 09, 2022

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2b. Define the dead-time of a stopped-flow apparatus. Suppose that the dead time of the SFA-20 stopped-flow is 10 ms; can you determine the rate constant of a fast reaction that occurs on a time scale...

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