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What should the flow rate of air be so that hulls will carreid with air (Vair=5V;) and lentils not? What is the diameter of exit pipe? Lentil and hull are not spherical and dpeg o x dp $: sphericity Phull = 0.025 Hulls e D=? Pienti = 0.3 d,= 3 mm Pp= 1200 kg/m Lentils Lentils &Hulls Qalr 0.13 m/s Diameter at the inlet of air= 0.8m. AIR Q= 0. 13 m²/s D= (0,8M-

What should the flow rate of air be so that hulls will carreid with air (Vair=5V;) and lentils not? What is the diameter of exit pipe? Lentil and hull are not spherical and dpeg o x dp $: sphericity Phull = 0.025 Hulls e D=? Pienti = 0.3 d,= 3 mm Pp= 1200 kg/m Lentils Lentils &Hulls Qalr 0.13 m/s Diameter at the inlet of air= 0.8m. AIR Q= 0. 13 m²/s D= (0,8M-

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Q.4 What should the flow rate of air be so that hulls will carreid with air (Var=5V) and lentils not? What is the diameter of exit pipe? Lentil and hull are not spherical and Hulls D=? deg= $ x d, $: sphericity Phull = 0.025 Plentil = 0.3 d,= 3 mm Pp= 1200 kg/m Lentils Lentils &Hulls Qal- 0.13 m/s Diameter at the inlet of air= 0.8m. AIR Q= 0. 13 m'/s -D,= (0,8M--
Transcribed Image Text:Q.4 What should the flow rate of air be so that hulls will carreid with air (Var=5V) and lentils not? What is the diameter of exit pipe? Lentil and hull are not spherical and Hulls D=? deg= $ x d, $: sphericity Phull = 0.025 Plentil = 0.3 d,= 3 mm Pp= 1200 kg/m Lentils Lentils &Hulls Qal- 0.13 m/s Diameter at the inlet of air= 0.8m. AIR Q= 0. 13 m'/s -D,= (0,8M--
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