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A soft drink with the properties of 10°C water is sucked through a 3.9-mm-diameter, 0.25-m-long straw at a rate of 3.6 cm³/s. (a) is the flow at the outlet of the straw laminar? (b) Is it fully developed? To explain calculate (c) the Reynolds number and (d) the entrance length. (a) laminar flow (b) fully developed (c) Re-i 898.16 (d) 0.175 m

A soft drink with the properties of 10°C water is sucked through a 3.9-mm-diameter, 0.25-m-long straw at a rate of 3.6 cm³/s. (a) is the flow at the outlet of the straw laminar? (b) Is it fully developed? To explain calculate (c) the Reynolds number and (d) the entrance length. (a) laminar flow (b) fully developed (c) Re-i 898.16 (d) 0.175 m

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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A soft drink with the properties of 10 °C water is sucked through a 3.9-mm-diameter, 0.25-m-long straw at a rate of 3.6 cm³/s. (a) Is the flow at the outlet of the straw laminar? (b) Is it fully developed? To explain calculate (c) the Reynolds number and (d) the entrance length. (a) laminar flow (b) fully developed (c) Re-i 898.16 (d), 0.175 m
Transcribed Image Text:A soft drink with the properties of 10 °C water is sucked through a 3.9-mm-diameter, 0.25-m-long straw at a rate of 3.6 cm³/s. (a) Is the flow at the outlet of the straw laminar? (b) Is it fully developed? To explain calculate (c) the Reynolds number and (d) the entrance length. (a) laminar flow (b) fully developed (c) Re-i 898.16 (d), 0.175 m
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