The rate constants k_1 and k_2 for two different reactions are 10^{16} \cdot {\e}^{-2000 \/ {\T}} and 10 .{ }^{15} \cdot {\e}^{-1000 \/ {\T}}, respectively, the temperature at which k_l=k_2, is:

AIPMT 2008 Physics and Chemistry Paper

Question : 97 of 100

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The rate constants k1 and k2 for two different reactions are 1016⋅e−2000∕T and 10.‌15⋅e−1000∕T, respectively, the temperature at which kl=k2, is:

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