cooh cooh lhe cis mol ecule around the double bond ro form the trans catalyzed reaction to rotal

The polymerization of the acid and easter acid and easter E S .T .E .R. Polymerization of it. It

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For a particular reaction, the rate constant remains same at a given temperature. It only change

here in this question we need to determine the half -life the first order reaction where rate co

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COOH The COOH molecule undergoes a trans-catalyzed reaction to rotate around the double bond of an organic acid. The half-life data is summarized in the table below. Two isomers were measured under different conditions to determine the isomer. Initial Pressure (atm) | L1/2 | Volume (L) | Temperature (K) ----------------------|------|------------|---------------- 200 | 0.5 | 400 | 200 0.85 | 200 | 2.00 | 400 0.5 | 200 | 400 | 400 0.5 | 100 | 2.00 | 400 a) Explain how the data matches (with units) for the reaction at 400K. b) Determine the rate constant from Experiment 1 to Experiment 2. Explain your answer. c) Rank the rate of reaction in terms of activation energy. Explain why the half-life for Experiment 1 is less than Experiment 2. Time left for this assessment

          COOH

The COOH molecule undergoes a trans-catalyzed reaction to rotate around the double bond of an organic acid. The half-life data is summarized in the table below. Two isomers were measured under different conditions to determine the isomer.

Initial Pressure (atm) | L1/2 | Volume (L) | Temperature (K)
----------------------|------|------------|----------------
200                    | 0.5  | 400        | 200
0.85                   | 200  | 2.00       | 400
0.5                    | 200  | 400        | 400
0.5                    | 100  | 2.00       | 400

a) Explain how the data matches (with units) for the reaction at 400K.
b) Determine the rate constant from Experiment 1 to Experiment 2. Explain your answer.
c) Rank the rate of reaction in terms of activation energy. Explain why the half-life for Experiment 1 is less than Experiment 2.

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cooh cooh lhe cis mol ecule around the double bond ro form the trans catalyzed reaction to rotale of an organic acd are shown above the haff life the data i5 summarized in the rable below tw 87087

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