1000 trucks drive on a freeway per hour at 55 miles per hour near your homereleasing 0.01 g PM2.5 per mile driven. What is the concentration of diesel PM2.5at your home if you are located 100 m downwind of the freeway? Assume Urbanstability class “C”, wind speed 1.5 m/s, no inversion, no reflection, effective stackheight of 5 m, effective receptor height 0 m. The no reflection, no inversionsolution to the PDE is listed on the front cover of the exam (Cline). Note “q” is inthe units of mass/(distance*time).
1000 trucks drive on a freeway per hour at 55 miles per hour near your homereleasing 0.01 g PM2.5 per mile driven. What is the concentration of diesel PM2.5at your home if you are located 100 m downwind of the freeway? Assume Urbanstability class “C”, wind speed 1.5 m/s, no inversion, no reflection, effective stackheight of 5 m, effective receptor height 0 m. The no reflection, no inversionsolution to the PDE is listed on the front cover of the exam (Cline). Note “q” is inthe units of mass/(distance*time).
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
1000 trucks drive on a freeway per hour at 55 miles per hour near your home
releasing 0.01 g PM2.5 per mile driven. What is the concentration of diesel PM2.5
at your home if you are located 100 m downwind of the freeway? Assume Urban
stability class “C”, wind speed 1.5 m/s, no inversion, no reflection, effective stack
height of 5 m, effective receptor height 0 m. The no reflection, no inversion
solution to the PDE is listed on the front cover of the exam (Cline). Note “q” is in
the units of mass/(distance*time).
releasing 0.01 g PM2.5 per mile driven. What is the concentration of diesel PM2.5
at your home if you are located 100 m downwind of the freeway? Assume Urban
stability class “C”, wind speed 1.5 m/s, no inversion, no reflection, effective stack
height of 5 m, effective receptor height 0 m. The no reflection, no inversion
solution to the PDE is listed on the front cover of the exam (Cline). Note “q” is in
the units of mass/(distance*time).
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