5 The shoot from the industrial cement factory on a bright sunny day has number density107 m3, and an extinction cross section of b = 10$ m². Assume the incident solar flux is 1000Wm².a) compute the radiative flux that was not attenuated (i.e., reduction from the solar flux)across the 10 m diameter smoke plume.b) Determine the optical depth.c) If this soot fills the air, what is the visual range?

The intensity of radiation passing at depth x is, Ix=I0exp(-nbx)I0=incident fluxn=number density of…

The shoot from the industrial cement factory on a bright sunny day has number density n= 10' m3, and an extinetion cross section of b= 10$ m². Assume the incident solar flux is 1000 Wm2. a) compute the radiative flux that was not attenuated (i.e., reduction from the solar flux) across the 10 m diameter smoke plume. b) Determine the optical depth. c) If this soot fills the air, what is the visual range?

The shoot from the industrial cement factory on a bright sunny day has number density n= 10' m3, and an extinetion cross section of b= 10$ m². Assume the incident solar flux is 1000 Wm2. a) compute the radiative flux that was not attenuated (i.e., reduction from the solar flux) across the 10 m diameter smoke plume. b) Determine the optical depth. c) If this soot fills the air, what is the visual range?