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4.2 For the following particle size distribution, celeulate the efficiency of a Lapple conventional cyclone with a body diameter of 0.50 meters. The particulate density Pp = 1200 kg/m*, the gas density Pg = 0.90 kg/m°, the gas viscosity u = 0.06 kg/m-hr, and the inlet gas velocity V; = 25 m/s. II Size Range, pim Mass Percent in Size Range 0-4 3.0 4-10 10.0 10-20 20-40 30.0 40.0 15.0 40-80 >80 2.0

4.2 For the following particle size distribution, celeulate the efficiency of a Lapple conventional cyclone with a body diameter of 0.50 meters. The particulate density Pp = 1200 kg/m*, the gas density Pg = 0.90 kg/m°, the gas viscosity u = 0.06 kg/m-hr, and the inlet gas velocity V; = 25 m/s. II Size Range, pim Mass Percent in Size Range 0-4 3.0 4-10 10.0 10-20 20-40 30.0 40.0 15.0 40-80 >80 2.0

Structural Analysis
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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Calculate the pressure drop for the cyclone of Problem 4,2, assuming K =14,

4.2 For the following particle size distribution, celeulate the efficiency of a Lapple conventional cyclone with a body diameter of 0.50 meters. The particulate density Pp = 1200 kg/m*, the gas density Pg = 0.90 kg/m°, the gas viscosity u = 0.06 kg/m-hr, and the inlet gas velocity V; = 25 m/s. II Size Range, pim Mass Percent in Size Range 0-4 3.0 4-10 10.0 10-20 20-40 30.0 40.0 15.0 40-80 >80 2.0
Transcribed Image Text:4.2 For the following particle size distribution, celeulate the efficiency of a Lapple conventional cyclone with a body diameter of 0.50 meters. The particulate density Pp = 1200 kg/m*, the gas density Pg = 0.90 kg/m°, the gas viscosity u = 0.06 kg/m-hr, and the inlet gas velocity V; = 25 m/s. II Size Range, pim Mass Percent in Size Range 0-4 3.0 4-10 10.0 10-20 20-40 30.0 40.0 15.0 40-80 >80 2.0
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