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Q 1218010, 0, 00 (-12-23) 1 - (* —- (1 - V₁ × *) *| (H-V₂ 20 -exp 27 exp Oy 20 C(x, y, z)= C(x, 0, 0) = w(x, 0, 0) = Q 2 mu Oy Oz -exp QV₂ επισ, σε - exp (H–V¸ × ²)²] 202² ×11) ²* H-V₁ × 20²2/2 Wind velocity = 4 m/s, settling velocity = 0.02 m/s, stack height = 80 m, PM emission rate = 25 g/s, oy = 100 m, o₂ = 55 m. The deposition rate at 1000 m downwind is g/m²-s. (Note: Report in scientific notation if needed).

Q 1218010, 0, 00 (-12-23) 1 - (* —- (1 - V₁ × *) *| (H-V₂ 20 -exp 27 exp Oy 20 C(x, y, z)= C(x, 0, 0) = w(x, 0, 0) = Q 2 mu Oy Oz -exp QV₂ επισ, σε - exp (H–V¸ × ²)²] 202² ×11) ²* H-V₁ × 20²2/2 Wind velocity = 4 m/s, settling velocity = 0.02 m/s, stack height = 80 m, PM emission rate = 25 g/s, oy = 100 m, o₂ = 55 m. The deposition rate at 1000 m downwind is g/m²-s. (Note: Report in scientific notation if needed).

Calculus For The Life Sciences
Calculus For The Life Sciences
2nd Edition
ISBN:9780321964038
Author:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Publisher:GREENWELL, Raymond N., RITCHEY, Nathan P., Lial, Margaret L.
Chapter11: Differential Equations
Section11.1: Solutions Of Elementary And Separable Differential Equations
Problem 5E
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C(x, y, z) = C(x, 0, 0) = w(x, 0, 0) = Q 2 mu Oy Oz Q -exp • (-21723) 0² 2 Mu Oy Oz Q Vt 2 muo₂ o₂ ·(H-V₁₂ × 2- |- (1-1/2 x + ²) exp 20²/2 exp -exp - (z − (H - V₁ × 202/2 (H-V₁ × 1² 20 Wind velocity = 4 m/s, settling velocity = 0.02 m/s, stack height = 80 m, PM emission rate = 25 g/s, oy = 100 m, oz = 55 m. The deposition rate at 1000 m downwind is g/m²-s. (Note: Report in scientific notation if needed).
Transcribed Image Text:C(x, y, z) = C(x, 0, 0) = w(x, 0, 0) = Q 2 mu Oy Oz Q -exp • (-21723) 0² 2 Mu Oy Oz Q Vt 2 muo₂ o₂ ·(H-V₁₂ × 2- |- (1-1/2 x + ²) exp 20²/2 exp -exp - (z − (H - V₁ × 202/2 (H-V₁ × 1² 20 Wind velocity = 4 m/s, settling velocity = 0.02 m/s, stack height = 80 m, PM emission rate = 25 g/s, oy = 100 m, oz = 55 m. The deposition rate at 1000 m downwind is g/m²-s. (Note: Report in scientific notation if needed).
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