a. Compute the number of OH radicals produced per O(¹D) generated from O3 photolysis for lower stratospheric conditions (240 K; [H₂O]/[M]=6×106) and for planetary boundary layer conditions (298 K; RH=0.5). b. Calculate the concentration of O(¹D) and the production rate of OH in the lower stratosphere ([03] =3×10¹2 molecules cm3) and in the boundary layer ([03] =8×10¹¹ molecules cm-³).
Atmospheric Pollution
In the atmosphere, the existence of large quantities of undesirable substances that could cause several health issues to living organisms and humans is atmospheric pollution. Air pollution is otherwise known to be atmospheric pollution. The presence of undesirable materials would also destruct the natural environment such as a change in climate, degradation of habitat, or depletion of ozone. Air pollution is generated by the natural processes and activities of humans.
Smokestack Scrubbers
Once we believe in the environment and remember the pollution-producing facets of it, we will consider the smoke-stacks scrubber to be a number of the worst offenders. Although this is often legally correct, smoke-stack scrubbers often have a big function in terms of keeping ground-level air pollutants- safe to breathe and assisting within the management of emissions.
![a. Compute the number of OH radicals produced per O('D) generated from O3 photolysis for
lower stratospheric conditions (240 K; [H,O]/[M]=6x10) and for planetary boundary layer
conditions (298 K; RH=0.5).
b. Calculate the concentration of O('D) and the production rate of OH in the lower stratosphere
([O] = 3x102 molecules cm-3) and in the boundary layer ([O3] =8x10" molecules cm-).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9615ce41-e2ce-4a25-b548-4f16dcd0e66c%2F07cf6d50-a525-451f-ba1b-edf66228a42b%2Fbcjyem_processed.png&w=3840&q=75)
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