An 80m deep and 100m wide river flows from the left to the right off the page. An action willrelease two sources of oil to the river: (1) the indirect runoff of oil accumulated on a bridge thatruns off site and crosses over the river and (2) the direct and permitted discharge of watercontaining oil from the activities onsite (a water pollution control plant) to the river. The oil hasa molecular weight of 100 g/mol, it fully dissolves in the river water, and it decays in the river with a rateconstant of 0.2 d-1. Estimate the potential impact of this action on the concentrationof oil in the river at a location 500m downstream of the WPCP.(1) bridge runoffQ1 = 1 m'sC = 1 mol/m(2) WPCP dischargeQ2 = 50 m'sC2 = 0.01 mol/mQin = 1000 m³'sCin = 0.001 mol/m?--500m-500m--500m80m100ma. Recommend the x, y, and z dimensions of the CV. Justify your recommendations.b. Estimate the oil concentration in the water 500m downstream of the WPCP assuming steadyand 1D mixed.c. Sketch concentration profiles showing the results. Place your origin at the left hand side ofthe CV at its bottom center, and then sketch concentration profiles as a function ofC(t,1500m,0,0), C(∞,x,0,0), C(∞,1500,y,0), and C(∞,1500,0,z).d. Explain why it is reasonable to assume that this is a 1D steady problem.

CV is not uniform with respective space concentration velocity changing and also not uniform with…

deep раве. release two sources of oil to the river: (1) the indirect runoff of oil accumulated on a br runs off site and crosses over the river and (2) the direct and permitted discharge of wa containing oil from the activities onsite (a water pollution control plant) to the river. Th a molecular weight of 100 g/mol, it fully dissolves in the river water, and it decays in th constant of 0.2 d-1. Estimate the potential impact of this action on the concentration of oil in the river at a location 500m downstream of the WPCP.

deep раве. release two sources of oil to the river: (1) the indirect runoff of oil accumulated on a br runs off site and crosses over the river and (2) the direct and permitted discharge of wa containing oil from the activities onsite (a water pollution control plant) to the river. Th a molecular weight of 100 g/mol, it fully dissolves in the river water, and it decays in th constant of 0.2 d-1. Estimate the potential impact of this action on the concentration of oil in the river at a location 500m downstream of the WPCP.

Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)

8th Edition

ISBN:9781305387102

Author:Kreith, Frank; Manglik, Raj M.

Publisher:Kreith, Frank; Manglik, Raj M.

Chapter9: Heat Transfer With Phase Change

Section: Chapter Questions

Problem 9.26P

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BOOK: FLUID POWER, 3e, JAMES A. SULLIVAN PROBLEM: 13 - 18
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