If for a first-order reaction, the value of A and ${E}_{a}$ are $4\times {10}^{13}{s}^{-1}$and 98.6 kJ $mo{l}^{-1}$respectively, then at what temperature will its half-life be 10 minutes?

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YESPYQ · Accepted Answer

Correct answer: d) 311.15 K. Using $k=\frac{0.693}{600}$ and Arrhenius equation , $\ln ⁡k=\ln ⁡A−\frac{{E}_{a}}{RT}$ Substituting values and solving, we get T ≈ 309 K . Closest answer: (D) 311.15 K .

If for a first-order reaction, the value of A and \({E}_{a}\) are \(4\times {10}^{13}{s}^{-1}\)and 98.6 kJ \(mo{l}^{-1}\…

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