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The Arrhenius equation models the temperature dependence of a chemical reaction rate: The formula is most commonly written as k = A e - E
The Arrhenius equation models the temperature dependence of a chemical reaction rate: The formula is most commonly written as
where is the rate constant in units of inverse seconds, is the temperature in units of Kelvin, is the preexponential factor that is a constant for a specific chemical reaction, is the activation energy also a constant for the reaction with units of Joulesmole and is the ideal gas constant and has a value of JoulesmoleKelvin Note the in the formula is the exponential function.
Consider a reaction in which Joulesmole and inverse seconds. Write a script to compute values of for temperatures ranging from Kelvin to Kelvin in increments of Kelvin. Assign the temperature values as a column vector to the variable tempkelvin. Assign the values as column vector to a variable named reactionrate.
Solve this problem using vectorized code ie do not use a loop in your solution.
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