What would be the activation energy of a reaction if its rate constant at 35°C was 3.0 x 103s¹ andthe rate constant was 1.5 x 103 s1 at 25 °C?Hint-Arrhenius two point form equation6.38 x 104 J/molO 7.51 x 104 J/molO 8.12 x 103 J/molO 5.29 x 104 J/molO 6.83 x 104 J/mol

To calculate the activation energy of a reaction, we can use the Arrhenius equation:k = A * exp(-Ea…

What would be the activation energy of a reaction if its rate constant at 35°C was 3.0 x 10³ 5¹ and the rate constant was 1.5 x 103 s¹ at 25 °C? Hint-Arrhenius two point form equation O 6.38 x 104 J/mol O 7.51 x 10 J/mol O 8.12 x 10³ J/mol O 5.29 x 104 J/mol O 6.83 x 104 J/mol

What would be the activation energy of a reaction if its rate constant at 35°C was 3.0 x 10³ 5¹ and the rate constant was 1.5 x 103 s¹ at 25 °C? Hint-Arrhenius two point form equation O 6.38 x 104 J/mol O 7.51 x 10 J/mol O 8.12 x 10³ J/mol O 5.29 x 104 J/mol O 6.83 x 104 J/mol

Chemistry

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ISBN:9781305957404

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Chapter1: Chemical Foundations

Section: Chapter Questions

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Question

What would be the activation energy of a reaction if its rate constant at 35°C was 3.0 x 103s¹ and
the rate constant was 1.5 x 103 s1 at 25 °C?
Hint-Arrhenius two point form equation
6.38 x 104 J/mol
O 7.51 x 104 J/mol
O 8.12 x 103 J/mol
O 5.29 x 104 J/mol
O 6.83 x 104 J/mol

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