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11 Nov 2019
If the concentration of N2O5 changed from 2.5M to 4.1 M over 150 seconds
Am I on the right track? hoping someone could help me with this.
thanks!
1. Consider the following reaction: 4 NO2 +0-2N205 If the rate of NO2 loss is 4.84 à io-2 Ms, what is the rate of formation of Nor (1.5 pts) a) 9.81x 10 2. 2.42.X lo-z //㨠b) e) if the concentration of N,0, changed from 2.5 M to 4.1 M over I50 seconds, calculate the change in concentration of NO, over the same period in time. (2 pts.) 2. a) Deternine the orders (round to the nearest whole number) with respect to each reactant for the following reaction using provided. (2 pts. each order) NO2(g) +O3(g) â N03(g) + O2(g) INã2li (M) 0.10 0,10 0.25 logi (M) 0.33 0.66 0.66 InitialRate(M.Is!! 1.42 2.84 7,10 termine the value of k (use one run only) ( pt.) including units (0.5 pt,) and write the rate law (1 pt.)
If the concentration of N2O5 changed from 2.5M to 4.1 M over 150 seconds
Am I on the right track? hoping someone could help me with this.
thanks!
1. Consider the following reaction: 4 NO2 +0-2N205 If the rate of NO2 loss is 4.84 à io-2 Ms, what is the rate of formation of Nor (1.5 pts) a) 9.81x 10 2. 2.42.X lo-z //㨠b) e) if the concentration of N,0, changed from 2.5 M to 4.1 M over I50 seconds, calculate the change in concentration of NO, over the same period in time. (2 pts.) 2. a) Deternine the orders (round to the nearest whole number) with respect to each reactant for the following reaction using provided. (2 pts. each order) NO2(g) +O3(g) â N03(g) + O2(g) INã2li (M) 0.10 0,10 0.25 logi (M) 0.33 0.66 0.66 InitialRate(M.Is!! 1.42 2.84 7,10 termine the value of k (use one run only) ( pt.) including units (0.5 pt,) and write the rate law (1 pt.)
Lelia LubowitzLv2
8 May 2019