The following reaction exhibits a second order rate equation: What happens to th
ID: 1002170 • Letter: T
Question
The following reaction exhibits a second order rate equation: What happens to the rate if the concentration of iodopropane is quadrupled and the concentration of sodium hydroxide remains the same? the rate of the reaction is tripled. the rate of the raction is doubled. the rate of the reaction remains the same. the rate of the reaction is quadrupled. What happens to the rate if the concentration of iodopropane remains the same and the concentration of sodium hydroxide is quadrupled? the rate of the reaction is tripled. the rate of the reaction remains the same. the rate of the reaction is doubled. the rate of the reaction is quadrupled. What happens to the rate if the concentration of iodopropane is doubled and the concentration of sodium hydroxide is tripled? the rate of the reaction will be six times slowlier. There isn't enough data to answer this question. the rate of the reaction remains the same. the rate of the reaction will be six times faster.Explanation / Answer
In above reaction both substrate participate in rate determining step so concentration of both reactants are considered.
Now second order reaction depends on the concentrations of one second order reactant, or two first order reactants.
In above case later will apply.
1) the rate of reaction is quadrupled.-4
2)the rate of reaction is quadrupled.-4
3) the rate of reaction is six times faster.-4
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