Dinitrogen pentoxide (N2O5) decomposes as follows to nitrogen dioxide and nitrogen trioxide:N2O5(g)NO2(g)+NO3(g)Calculate the average rate of the reaction between consecutive measurement times in the following table. Time (s) [N2O5] (molecules/cm3) 0.00 1.105×1012 1.95 1.040×1012 3.90 9.93×1011 5.85 9.58×1011 7.80 9.33×1011 Express every answer to two significant figures. Rate 1 = molecules/(cm3·s) Rate 2 = molecules/(cm3·s) Rate 3 = molecules/(cm3·s) Rate 4 = molecules/(cm3·s)
Dinitrogen pentoxide (N2O5) decomposes as follows to nitrogen dioxide and nitrogen trioxide:N2O5(g)NO2(g)+NO3(g)Calculate the average rate of the reaction between consecutive measurement times in the following table. Time (s) [N2O5] (molecules/cm3) 0.00 1.105×1012 1.95 1.040×1012 3.90 9.93×1011 5.85 9.58×1011 7.80 9.33×1011 Express every answer to two significant figures. Rate 1 = molecules/(cm3·s) Rate 2 = molecules/(cm3·s) Rate 3 = molecules/(cm3·s) Rate 4 = molecules/(cm3·s)
Dinitrogen pentoxide (N2O5) decomposes as follows to nitrogen dioxide and nitrogen trioxide:N2O5(g)NO2(g)+NO3(g)Calculate the average rate of the reaction between consecutive measurement times in the following table. Time (s) [N2O5] (molecules/cm3) 0.00 1.105×1012 1.95 1.040×1012 3.90 9.93×1011 5.85 9.58×1011 7.80 9.33×1011 Express every answer to two significant figures. Rate 1 = molecules/(cm3·s) Rate 2 = molecules/(cm3·s) Rate 3 = molecules/(cm3·s) Rate 4 = molecules/(cm3·s)
Dinitrogen pentoxide (N2O5) decomposes as follows to nitrogen dioxide and nitrogen trioxide:
N2O5(g)NO2(g)+NO3(g)
Calculate the average rate of the reaction between consecutive measurement times in the following table.
Time (s)
[N2O5] (molecules/cm3)
0.00
1.105×1012
1.95
1.040×1012
3.90
9.93×1011
5.85
9.58×1011
7.80
9.33×1011
Express every answer to two significant figures.
Rate 1 = molecules/(cm3·s)
Rate 2 = molecules/(cm3·s)
Rate 3 = molecules/(cm3·s)
Rate 4 = molecules/(cm3·s)
Definition Definition Study of the speed of chemical reactions and other factors that affect the rate of reaction. It also extends toward the mechanism involved in the reaction.
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