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For the response: Given: The molar mass of A is 84 g mol. Show calculations. A. Calculate the activation energy for the reaction B. Determine

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The molar mass of A is 84 g mol. Show calculations.

A. Calculate the activation energy for the reaction

B. Determine the order of response based on the data. Explain.

C. In an experiment performed at a temperature of 300 C, gas A was introduced into a 60.0 hard vessel liter. After 00.3 minutes from the start of the reaction it was found that the concentration of B increased to 80mM.6. i. Calculate the gas concentration A in a time of 00.3 minutes. Show calculations. ii. Calculate the partial pressure of gas A in a time of 00.3 minutes. Show calculations. iii. Does the half-life increase / decrease / do not change when the temperature rises? Explain. iv. Calculate the rate constant at a temperature of 50 C. Show calculations. v. How long from the beginning of the reaction will the concentration of the gas A equal to the concentration of the gas? C? Show calculations

Alg) 2B + 2Cg T[C] k [s] 30 7.44x10-5 60 8.60x104

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