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02 Laminar Glycerine (T-20°C) flows through a funnel. Calculate the mean velocity of the glycerine exiting the tube. Assume the only head loss is due to friction in the tube. The kinetic correction factor is 2. p = 1260 kg/m 3 n = 1.41 Ns/m² 30 cm 20 cm - 1 cm V2 32nL V₂ Z1 = a 2g + V₁₂ = 0.041m/s D² pg PVD Re < 2000 ← LAMINAR η

02 Laminar Glycerine (T-20°C) flows through a funnel. Calculate the mean velocity of the glycerine exiting the tube. Assume the only head loss is due to friction in the tube. The kinetic correction factor is 2. p = 1260 kg/m 3 n = 1.41 Ns/m² 30 cm 20 cm - 1 cm V2 32nL V₂ Z1 = a 2g + V₁₂ = 0.041m/s D² pg PVD Re < 2000 ← LAMINAR η

Elements Of Electromagnetics
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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02 Laminar Glycerine (T-20°C) flows through a funnel. Calculate the mean velocity of the glycerine exiting the tube. Assume the only head loss is due to friction in the tube. The kinetic correction factor is 2. p = 1260 kg/m 3 n = 1.41 Ns/m² 30 cm 20 cm - 1 cm V2 32nL V₂ Z1 = a 2g + V₁₂ = 0.041m/s D² pg PVD Re < 2000 ← LAMINAR η
Transcribed Image Text:02 Laminar Glycerine (T-20°C) flows through a funnel. Calculate the mean velocity of the glycerine exiting the tube. Assume the only head loss is due to friction in the tube. The kinetic correction factor is 2. p = 1260 kg/m 3 n = 1.41 Ns/m² 30 cm 20 cm - 1 cm V2 32nL V₂ Z1 = a 2g + V₁₂ = 0.041m/s D² pg PVD Re < 2000 ← LAMINAR η
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