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Frequently Asked Questions
Q. 1) 1. For the chemical reaction A+2B→CA + 2B \rightarrow C, the concentrations of AA and BB are measured at various times, and the rate of the reaction is observed to depend on the concentrations of both reactants. Based on this data, determine the rate law for the reaction. Additionally, calculate the rate constant from the provided data.
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Q. 2) 2. In the reaction 2X+Y→Z2X + Y \rightarrow Z, the rate of reaction is observed to change with the concentrations of XX and YY. Derive the rate law for this reaction based on the experimental data. Afterward, determine the value of the rate constant kk.
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Q. 3) 3. Consider the reaction 3A+B→D3A + B \rightarrow D. The concentrations of reactants AA and BB are varied, and the corresponding reaction rates are recorded. Write the rate law expression for this reaction and then calculate the rate constant kk using the given data.
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Q. 4) 4. For the reaction 2A+B→P2A + B \rightarrow P, it is known that the rate of the reaction is proportional to the square of the concentration of AA and directly proportional to the concentration of BB. What is the rate law for this reaction? Calculate the rate constant using the experimental data provided.
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Q. 5) 5. In the reaction A+B→CA + B \rightarrow C, the concentrations of both AA and BB are measured at several time intervals, and the rate is found to be directly proportional to A2A^2 and BB. Derive the rate law for this reaction and determine the rate constant kk from the provided data.
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Q. 6) 6. For the reaction A+B+C→PA + B + C \rightarrow P, the rate of the reaction is observed to be a function of the concentrations of all three reactants. Determine the rate law for this reaction and calculate the rate constant kk from the experimental data.
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Q. 7) 7. In a reaction A→PA \rightarrow P, the concentration of AA is measured at different times, and the rate of reaction is found to be proportional to A3A^3. Write the rate law expression for this reaction, and find the rate constant kk using the given data.
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Q. 8) 8. The reaction 2B+C→D2B + C \rightarrow D shows a first-order dependence on BB and a second-order dependence on CC. What is the rate law for this reaction? Calculate the rate constant kk from the experimental results.
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Q. 9) 9. For the reaction A+B→PA + B \rightarrow P, it is observed that the rate of the reaction is constant despite changes in the concentrations of AA and BB. Determine the rate law for this reaction and calculate the rate constant kk from the given experimental data.
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Q. 10) 10. In the reaction 4A+2B→C4A + 2B \rightarrow C, the reaction rate is found to depend on the concentration of AA raised to the first power and the concentration of BB raised to the second power. Derive the rate law for this reaction and calculate the rate constant kk from the provided data.
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