(w) ha 10 1 The following Laboratory results have been obtained from an air quality analysis Particulate Matter 77 g/m SO, 0.05 pm 021 ppm 0.3 ppen NO CO 6.0 ppm HC Oxidant 0.04 ppm Consider a pressure of 1 atm, temperature of 300 K and an average solar radiation intensity of 375 cal/cm day represent HC by CH4, NO, by NO and Oxidant by Os Knowing that 1 atm = 100 kPa and the gas constant is 8.2057X10 atm.mg.K Take the Tolerance factor to be 214 for oxidant, 19300 for HC and 514 for NO Calculate the PINDEX terms of only hydrocarbons oxidant and nitrogen axides (w) ha 10 1 The following Laboratory results have been obtained from an air quality analysis Particulate Matter 77 g/m SO, 0.05 pm 021 ppm 0.3 ppen NO CO 6.0 ppm HC Oxidant 0.04 ppm Consider a pressure of 1 atm, temperature of 300 K and an average solar radiation intensity of 375 cal/cm day represent HC by CH4, NO, by NO and Oxidant by Os Knowing that 1 atm = 100 kPa and the gas constant is 8.2057X10 atm.mg.K Take the Tolerance factor to be 214 for oxidant, 19300 for HC and 514 for NO Calculate the PINDEX terms of only hydrocarbons oxidant and nitrogen axides