Calculation and Resuits 1- Calculate the Reynolds number for each flow quantity and indicating the type of flow. 2- Draw the relationship between (Log. ) against (Log.Re). Worksheet No. Rise of W.L. in Time for Rise in Collecting Tank (cm) W.L. (sec.) 1 s 45 2 5 26.5 3 5 215 4 5 1275 5 5 7 6 s s Diameter of pipe = 1.8 cm Length of pipe = 87 cm Area of Collecting Tank = 13 x 8.5 cm® Temperature of water = 30° C Calculation and Results1- Calculate the Reynolds number for each flow quantity and indicating the type of flow.2- Draw the relationship between (Log. F) against (Log.Re).WorksheetRise of W.L. inTime for Rise inNo.Collecting Tank (cm)W.L. (sec.)1545226.5321.5412.755Diameter of pipe = 1.8 cm%3DLength of pipe = 87 cmArea of Collecting Tank = 13 x 8.5 cm?%3D%3DTemperature of water 30° C%3D

Reynolds deduced from his experiments that at low velocities the intermingling of the fluid…

Answered: No. Collecting Tank (cm) W.L. (sec.) 1…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Calculation and Resuits 1- Calculate the Reynolds number for each flow quantity and indicating the type of flow. 2- Draw the relationship between (Log. ) against (Log.Re). Worksheet No. Rise of W.L. in Time for Rise in Collecting Tank (cm) W.L. (sec.) 1 s 45 2 5 26.5 3 5 215 4 5 1275 5 5 7 6 s s Diameter of pipe = 1.8 cm Length of pipe = 87 cm Area of Collecting Tank = 13 x 8.5 cm® Temperature of water = 30° C

Calculation and Results
1- Calculate the Reynolds number for each flow quantity and indicating the type of flow.
2- Draw the relationship between (Log. F) against (Log.Re).
Worksheet
Rise of W.L. in
Time for Rise in
No.
Collecting Tank (cm)
W.L. (sec.)
1
5
45
2
26.5
3
21.5
4
12.75
5
Diameter of pipe = 1.8 cm
%3D
Length of pipe = 87 cm
Area of Collecting Tank = 13 x 8.5 cm?
%3D
%3D
Temperature of water 30° C
%3D

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