Chemical Kinetics

JEE Advanced · Chemistry · 18 past questions

1. Q1 2026 Paper 1

   For a reversible reaction $\mathbf{R} \rightleftharpoons \mathbf{P}$, at constant temperature, both the… (with a figure)

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2. Q2 2025 Paper 2

   Consider a reaction $A + R \longrightarrow Product$. The rate of this reaction is measured to be $k[A][R]$.…

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3. Q3 2024 Paper 1

   Consider the following reaction…

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4. Q4 2021 Paper 2

   For the following reaction…

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5. Q5 2020 Paper 2

   Which of the following plots is(are) correct for the given reaction?… (with a figure)

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6. Q6 2019 Paper 1

   Consider the kinetic data given in the following table for the reaction A + B + C $\rightarrow$ Product.…

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7. Q7 2019 Paper 2

   The decomposition reaction $2N_2O_5(g) \xrightarrow{\Delta} 2N_2O_4(g) + O_2(g)$ is started in a closed…

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8. Q8 2018 Paper 2

   For a first order reaction A(g) → 2B(g) + C(g) at constant volume and 300 K, the total pressure at the… (with a figure)

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9. Q9 2018 Paper 2

   Consider the following reversible reaction…

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10. Q10 2017 Paper 2

    In a bimolecular reaction, the steric factor P was experimentally determined to be 4.5. The correct option(s)…

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11. Q11 2016 Paper 1

    According to the Arrhenius equation…

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12. Q12 2014 Paper 2

    For the elementary reaction $\mathbf{M} \rightarrow \mathbf{N}$, the rate of disappearance of $\mathbf{M}$…

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13. Q13 2012 Paper 1

    An organic compound undergoes first-order decomposition. The time taken for its decomposition to 1/8 and 1/10…

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14. Q14 2011 Paper 2

    For the first order reaction…

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15. Q15 2010 Paper 1

    The concentration of R in the reaction R → P was measured as a function of time and the following data is…

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16. Q16 2009 Paper 2

    For a first order reaction A→P, the temperature (T) dependent rate constant ($k$) was found to follow the…

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17. Q17 2008 Paper 1

    Under the same reaction conditions, initial concentration of 1.386 mol dm$^{-3}$ of a substance becomes half…

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18. Q18 2007 Paper 2

    Consider a reaction aG + bH $\rightarrow$ Products. When concentration of both the reactants G and H is…

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