= The decomposition of hypothetical molecule XY shown below has an activation energy Ea kj 100.- and a pre-exponential factor A = 3.12 x 1010. Calculate the rate constant for L mol mol's this reaction at 300K and 1000K. 2XY (g) → X₂ + Y₂

Chemistry by OpenStax (2015-05-04)
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Chapter12: Kinetics
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Problem 34E: Use the data provided in a graphical method to determine the order and rate constant of the...
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4. The decomposition of hypothetical molecule XY shown below has an activation energy Ea
kJ
L
100. and a pre-exponential factor A = 3.12 x 10¹0. Calculate the rate constant for
mol's
mol
this reaction at 300K and 1000K.
2XY (g) → X₂ + Y₂
Transcribed Image Text:= 4. The decomposition of hypothetical molecule XY shown below has an activation energy Ea kJ L 100. and a pre-exponential factor A = 3.12 x 10¹0. Calculate the rate constant for mol's mol this reaction at 300K and 1000K. 2XY (g) → X₂ + Y₂
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