... of this equation, we must include the Collision Theory. Collision Theory states that in order for a reaction to occur, two molecules must collide in the proper orientation and posses a minimum amount of energy to react. The Arrhenius equation accounts for all of the requirements of Collision Theory. The Arrhenius equation can be rearranged and combined to determine the activation energy for a reaction based on how the rate constant changes with temperature: Ln k1 = Ea 1 _ 1 k 2 R T2 T1 In this lab, we will be calculating the rate constants for each of the four temperatures. The four temperatures include: 23, 40, 50, and 60 degrees Celsius. After the rate constant is found for these temperatures, we will use the Arrhenius Equation to solve for Ea and A by an analytical approach. Additionally we will use a graphically approach to solve for these values. Data/Observations: Acetone HCl I2 Rate ...

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