The reaction C4H8 (g) → 2C₂H (9) has rate constant 9.23 × 10¯³ -1 S at 773 K and rate constant 0.0364 s What is the activation energy for the reaction based on the Arrhenius equation? • In k₂ - In k₁ Ea = -R T (六)-(六) Report your answer with three significant figures. Provide your answer below: joules per mole -1 at 855 K.

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The reaction C4H8 (g) → 2C₂H (9) has rate constant 9.23 × 10¯³
-1
S at 773 K and rate constant 0.0364 s
What is the activation energy for the reaction based on the Arrhenius equation?
•
In k₂ - In k₁
Ea
=
-R
T
(六)-(六)
Report your answer with three significant figures.
Provide your answer below:
joules per mole
-1
at 855 K.
Transcribed Image Text:The reaction C4H8 (g) → 2C₂H (9) has rate constant 9.23 × 10¯³ -1 S at 773 K and rate constant 0.0364 s What is the activation energy for the reaction based on the Arrhenius equation? • In k₂ - In k₁ Ea = -R T (六)-(六) Report your answer with three significant figures. Provide your answer below: joules per mole -1 at 855 K.
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