For the reaction, 2NO4NO2+0) The following data were obtained: Time 0 100 300 600 900 T-338...

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For the reaction, 2N₂O4NO2+0) The following data were obtained: Time 0 100 300 600 900 T-338 K [N₂0s], M 1.00-10 6.14 × 10 2.33-10 5.41-10 1.26×10³ T-318 K [N₂0₂], M 1.00 10 9.54 × 10¹ 8.63 10² 7.43 × 10¹¹ 6.39 × 10³ T-298 K IN₂0s], M 1.00 10 9.69 × 10² 9.15 102 8.40 10 7.70 × 10² (a) Calculate Activation energy (Ea) and Frequency factor (A). (b) Find the E, and A using the best-fit straight line of the three rate constants at the three temperature values. For the reaction, 2N₂O4NO2+0) The following data were obtained: Time 0 100 300 600 900 T-338 K [N₂0s], M 1.00-10 6.14 × 10 2.33-10 5.41-10 1.26×10³ T-318 K [N₂0₂], M 1.00 10 9.54 × 10¹ 8.63 10² 7.43 × 10¹¹ 6.39 × 10³ T-298 K IN₂0s], M 1.00 10 9.69 × 10² 9.15 102 8.40 10 7.70 × 10² (a) Calculate Activation energy (Ea) and Frequency factor (A). (b) Find the E, and A using the best-fit straight line of the three rate constants at the three temperature values.

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a Calculating Activation Energy Ea and Frequency Factor A The Arrhenius equation is used to calculate the activation energy Ea and frequency factor A ... View the full answer