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2. For the liquid-phase reaction of propylene oxide with water to produce 1,2-propanediol, an experiment is run in which equimolar amounts of propylene oxide and

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2. For the liquid-phase reaction of propylene oxide with water to produce 1,2-propanediol, an experiment is run in which equimolar amounts of propylene oxide and water (each with a concentration of 0.50M in an inert solvent) are loaded to a batch reactor. The resulting data for the reciprocal concentration of A (propylene oxide) are plotted below. Show qualitatively how the curve would differ if the same initial concentration of A (0.50M) were conducted in an experiment that used water as the solvent, assuming the same kinetics applied. Show both the shape of the new trend and how the scale differs from the original data

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