Practical Hydraulics
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In our eReader you can find the full English version of the book. Read Practical Hydraulics Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Practical Hydraulics
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858 7. 94 1. 47 30. 00 21. 06 3. 45 -278 6. 11 . 873 S. 00 1. 50 35. 00 28. 67 3. 50 . 286 6. 17 . 888 8. 50 1. 69 40. 00 37. 34 3. 55 . 293 6. 22 . 903 9. 00 1. 90 45. 00 47. 39 3. 59 . 301 6. 28 . 918 9. 50 2. 11 50. 00 58, 50 152 practical hydraulics: Ex. 76. — The velocity in a 14-inch pipe is 4. 18 feet. What is the total head, the pipe being one mile long?
Gal. 1st. — Find in velocity column, Table 17, for "14 inches diameters" of pipes, the given velocity, 4. 18 feet, opposite which, in ..."fall per mile" column, is found 26. 40 feet, the head required to overcome the resistances of the pipe.
In velocity column, Table 18, find 4. 17 feet, nearest approximate to the given velocity, opposite which, in "inlet head" column, is found 4. 06 feet. Then 26. 40+ . 406=26. 806 feet, total head. — Ans.
Gal. 2d. — Find, as by Cal. 1st, the fall 26. 40 feet.
By Rule 37: (418) 2 X. 02337=. 4083 feet, inlet head; 26. 40 + . 4083=26. 8083 feet, total head. — Ans.
Ex. 77. — A pipe, 33 inches diameter, being 5 miles long, and the velocity of flow in it 9.
What to read after Practical Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by P M Randall to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
858 7. 94 1. 47 30. 00 21. 06 3. 45 -278 6. 11 . 873 S. 00 1. 50 35. 00 28. 67 3. 50 . 286 6. 17 . 888 8. 50 1. 69 40. 00 37. 34 3. 55 . 293 6. 22 . 903 9. 00 1. 90 45. 00 47. 39 3. 59 . 301 6. 28 . 918 9. 50 2. 11 50. 00 58, 50 152 practical hydraulics: Ex. 76. — The velocity in a 14-inch pipe is 4. 18 feet. What is the total head, the pipe being one mile long?
Gal. 1st. — Find in velocity column, Table 17, for "14 inches diameters" of pipes, the given velocity, 4. 18 feet, opposite which, in ..."fall per mile" column, is found 26. 40 feet, the head required to overcome the resistances of the pipe.
In velocity column, Table 18, find 4. 17 feet, nearest approximate to the given velocity, opposite which, in "inlet head" column, is found 4. 06 feet. Then 26. 40+ . 406=26. 806 feet, total head. — Ans.
Gal. 2d. — Find, as by Cal. 1st, the fall 26. 40 feet.
By Rule 37: (418) 2 X. 02337=. 4083 feet, inlet head; 26. 40 + . 4083=26. 8083 feet, total head. — Ans.
Ex. 77. — A pipe, 33 inches diameter, being 5 miles long, and the velocity of flow in it 9.
What to read after Practical Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by P M Randall to read onlineMoreLess
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