PERTINENT CALCULATIONS Remember: rate = k[C25H30CIN3]"[OH¯]° where n = 0 since excess OH was used. %3D 1. Refer to your graphs and complete table below. Linear correlation (r – value) Graph Kinetic Run I Kinetic Run II Average r - value absorbance vs time In (absorbance) vs time (absorbance) vs time 2. Based on the average linear correlation (r2 -value) the reaction order, m, with respect to crystal violet, CV, is Explain 3. Write the rate law 4 The slope, and therefore pseudo" rate constant, ki', is at T1. OC and ko' is at T2

PERTINENT CALCULATIONS Remember: rate = k[C25H30CIN3]"[OH¯]° where n = 0 since excess OH was used. %3D 1. Refer to your graphs and complete table below. Linear correlation (r – value) Graph Kinetic Run I Kinetic Run II Average r - value absorbance vs time In (absorbance) vs time (absorbance) vs time 2. Based on the average linear correlation (r2 -value) the reaction order, m, with respect to crystal violet, CV, is Explain 3. Write the rate law 4 The slope, and therefore pseudo" rate constant, ki', is at T1. OC and ko' is at T2

Principles of Instrumental Analysis

7th Edition

ISBN:9781305577213

Author:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Publisher:Douglas A. Skoog, F. James Holler, Stanley R. Crouch

Chapter15: Molecular Luminescence Spectrometry

Section: Chapter Questions

Problem 15.15QAP: The following lifetimes were measured for the chloride quenching of quinine sulfate given in Example...

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