Please provide a legible solution for this problem.

At 7 A.M., the ozone (O3) content in the atmosphere over a major city is 0.002 ppmv (parts per million by volume). By noon, the measurement is 0.13 ppmv and a health alert is issued. The reason for the severity is that the region acts as a batch reactor-the air is trapped horizontally (by mountains) and vertically (by a temperature inversion at 1000m ). Assume the area of the region is 10,000km2 and is home to 10 million people. Calculate the following: (a) The average intensive rate, rO3, during this period, in molm3s; (b) The average extensive rate during this period, in mol/s; and (c) ro3, in mol person h. (d) If the reaction is 3O2 forming 2O3 , calculate (rO2,) and (rO3)