Glycerin, with a density of 1260 kg/m3 and an absolute viscosity of 1.5 kg/m.s, flows in a tube with an internal diameter of 5,0 cm, but it is not known whether the regime is laminar or turbulent. Knowing that the length of the hydrodynamic inlet of this flow is 0.2 m, determine the velocity of the oil and the flow regime.(the form is in the side picture) Formulário:Dimensão primáriaSimboloUnidade no SIMassakgmComprimentoTempoTemperaturaLmтKComponente da tubulaçãoKLEntrada do tubo de aresta viva0,4Curva suave de 90Válvula de gaveta totalmente aberta|Chuveiro0,20,36,0Re=LV DL.=0,05 ReEsocamento laminar:L.=1,359 Re4DEscoamento turbulento:AP,=p gh,D 2P. vpg 29V=V A+z=ctem=pv=pV AP2 Vpg 29+hurbine, +h_+z, +hombe.pg 29v²hi=fD 2gtotal64Escoamento laminar: f=;Re2,513,7 D RevfEscoamento turbulento:-2,0 log

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Glycerin, with a density of 1260 kg/m3 and an absolute viscosity of 1.5 kg/m.s, flows in a tube with an internal diameter of 5,0 cm, but it is not known whether the regime is laminar or turbulent. Knowing that the length of the hydrodynamic inlet of this flow is 0.2 m, determine the velocity of the oil and the flow regime.

Glycerin, with a density of 1260 kg/m3 and an absolute viscosity of 1.5 kg/m.s, flows in a tube with an internal diameter of 5,0 cm, but it is not known whether the regime is laminar or turbulent. Knowing that the length of the hydrodynamic inlet of this flow is 0.2 m, determine the velocity of the oil and the flow regime.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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