b)₁.4An industrial cooling water outfall at the seabed has a nozzle diameter of 5 cm thatpoints upwards. The discharge is 7.7x105 m³s and the buoyancy flux is 3.84x104 m²s³. The cooling water contains trace amounts (1 µg L¹) of a contaminant. Estimatethe concentration of the contaminant 4 m above the nozzle.

Given data:- The nozzle diameter d=5 cm=0.05 m The discharge Q=7.7×10-5m3s-1 The Buoyancy flux…

4 An industrial cooling water outfall at the seabed has a nozzle diameter of 5 cm that points upwards. The discharge is 7.7x10 m³s¹ and the buoyancy flux is 3.84x10+ m² s. The cooling water contains trace amounts (1 µg L¹) of a contaminant. Estimate the concentration of the contaminant 4 m above the nozzle.

4 An industrial cooling water outfall at the seabed has a nozzle diameter of 5 cm that points upwards. The discharge is 7.7x10 m³s¹ and the buoyancy flux is 3.84x10+ m² s. The cooling water contains trace amounts (1 µg L¹) of a contaminant. Estimate the concentration of the contaminant 4 m above the nozzle.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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