Treatment of results. (i) If Procedure 1 or 2 were employed in making concentration measurements, use a linear regression analysis with Equation 4 under para- graph (a)(2)(v)(B) of this section to cal- culate kh at 25 °C for each pH employed in the hydrolysis experiments. Cal- culate the coefficient of determination (R2) for each rate constant. Use Equa- tion 3 under paragraph (a)(2)(v)(B) of this section to calculate the hydrolysis half-life using kh.
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Treatment of results. (i) If Procedure 1 or 2 were employed in making concentration measurements, use a linear regression analysis with Equation 4 under para- graph (a)(2)(v)(B) of this section to cal- culate kh at 25 °C for each pH employed in the hydrolysis experiments. Cal- culate the coefficient of determination (R2) for each rate constant. Use Equa- tion 3 under paragraph (a)(2)(v)(B) of Pt. 797 this section to calculate the hydrolysis half-life using kh.
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Samples: www.govinfo.gov, www.govinfo.gov, www.govinfo.gov