Reactions in Chemical Engineering Using the information given in Table 4.2, Calculate the value of the photolysis rate coefficient j between wavelengths of 0.295 and 0.410um for the reaction NO2 + hy-NO + 0 e Table 42. Vals of the quantum welke and abreption cran sayur for Reaction 625 for wavelength anda beraren 0.295 in and darum, atse listed in the arc fan ar dhe surface at svar putea afande a At'Non 7 March Wave kngth lateral am) Quan Yidd Absorptin Cross Section Cunts of 10cm (photons ico 2012 142 0198 097 0.95 0.95 0.94 200 7.00 267 2.89 3.22 0.91 0.92 398 0295 21300 0000-1105 05.0310 10-12 031-320 02120-123 GUS 10 0 () 0.35 0335034465 000145 0345 020 0.35LSS 35510360 01360-013 0,363 0.370 0370 0.375 1250 OBOS 0.185.00 019000 DASH 100 OAK 0.05.10 0191 also 10.89 088 DR2 ING 05 04 0.83 20010 20 10 4.76 * 10 1.410 211310 1.18 10 4 x 100 5230104 337 104 15.90 2. 101 5.98 104 6.86 10 619104 216 x 10 190 x ION ki1 KM 914 TO 161105 8610 4.62 482 5.15 50 5.67 97 0175 OSS 0.23 6.54 6103 12 14 Assume a cloud-free day and a surface albedo of zero. (Ctrl)