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- Grunwald–Winstein_equation abstract "In physical organic chemistry, the Grunwald–Winstein equation is a linear free energy relationship between relative rate constants and the ionizing power of various solvent systems, describing the effect of solvent as nucleophile on different substrates. The equation, which was developed by Ernest Grunwald and Saul Winstein in 1948, could be writtenwhere the kx, sol and kx, 80% EtOH are the solvolysis rate constants for a certain compound in different solvent systems and in the reference solvent, 80% aqueous ethanol, respectively. The m is a parameter of the compound measuring sensitivity of solvolysis rate to Y, the measure of ionizing power of the solvent.".
- Grunwald–Winstein_equation thumbnail Benzoicacid.png?width=300.
- Grunwald–Winstein_equation wikiPageID "25403928".
- Grunwald–Winstein_equation wikiPageRevisionID "591276106".
- Grunwald–Winstein_equation subject Category:Equations.
- Grunwald–Winstein_equation subject Category:Physical_organic_chemistry.
- Grunwald–Winstein_equation comment "In physical organic chemistry, the Grunwald–Winstein equation is a linear free energy relationship between relative rate constants and the ionizing power of various solvent systems, describing the effect of solvent as nucleophile on different substrates.".
- Grunwald–Winstein_equation label "Equação de Grunwald-Winstein".
- Grunwald–Winstein_equation label "Grunwald–Winstein equation".
- Grunwald–Winstein_equation sameAs Grunwald%E2%80%93Winstein_equation.
- Grunwald–Winstein_equation sameAs Equação_de_Grunwald-Winstein.
- Grunwald–Winstein_equation sameAs Q5612160.
- Grunwald–Winstein_equation sameAs Q5612160.
- Grunwald–Winstein_equation wasDerivedFrom Grunwald–Winstein_equation?oldid=591276106.
- Grunwald–Winstein_equation depiction Benzoicacid.png.