Question 2 Consider the following reaction: NO₂ (9) →NO(g) + O(g) The concentration of NO₂ was monitored at a fixed temp

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Question 2 Consider The Following Reaction No 9 No G O G The Concentration Of No Was Monitored At A Fixed Temp 1 (62.61 KiB) Viewed 33 times

Question 2 Consider the following reaction: NO₂ (9) →NO(g) + O(g) The concentration of NO₂ was monitored at a fixed temperature as a function of time during the decomposition reaction and the data is tabulated below: Time (s) [NO₂] (M) Time (s) [NO₂] (M) Time (s) [NO₂] (M) Time (s) [NO₂] (M) 0 50 100 150 200 0.0100 0.00887 250 300 0.00797 350 0.00723 400 0.00611 0.00567 550 0.00495 Upload Choose a File 600 0.00528 650 700 0.00416 0.00395 3. Determine the [NO₂] at 2000 s (Show work!) 4. Determine the t1/2 at t=0 s (Show work!) 800 0.00359 850 0.00376 900 0.00662 450 0.00466 750 0.00343 1000 950 0.00329 0.00316 0.00303 0.00292 20 pts 0.00282 All work to be shown should be uploaded including Graph created in Excel with linear function (Trendline), Please note that work submitted of any kind that is not clear, legible, complete or in a format that can be opened by the instructor will be given a grade of zero!) 1. Plot the following data (using EXCEL) to determine the overall reaction order. Note that the Trendline (y = mx + b) should appear on graph as a result of performing trendline steps in Excel! Note: Only the graph that exhibits the straight line (linear function) is to be uploaded! 2. Determine the rate constant.