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(Solved): The reaction is carried out multiple times. The concentration of red dye in the reaction solution a ...



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The reaction is carried out multiple times. The concentration of red dye in the reaction solution at the start of each reaction is varied. The concentration of at the start of each reaction always the same. This is so the order of the reaction with respect to [red dye] (the value of in the rate law) can be determined. When natural logs are taken of both sides of the rate law, the rate law for this set of reactions (with constant [ ) can be written as: Log rate red dye some constants) The following plot, with Log rate on the -axis and [red dye] on the -axis, yields the value of in the rate law. What is the order of the reaction with respect to [red dye], or what is the value of in the rate law for this reaction? 0.5 0 4.1 0.72 2 points The reaction is carried out three times: The reaction for this quiz question has red dye solution of different molarity than the red dye solution in the previous quiz question. The concentration of red dye in the reaction mixture at the start of each reaction is (or ) The average time for the red dye to be fully reacted, and for the solution to become colorless, is 586 seconds. Calculate the rate of the reaction in units of (that is units of ) The following equation will help you. Where red dye] at end of reaction, red dye at start of reaction, time on stopwatch at end of reaction, time on stopwatch at start of reaction.


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