Hydraulics
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In our eReader you can find the full English version of the book. Read 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 Hydraulics
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62 and C v is 0. 98 determine the diameter and velocity of the jet at the vena contracta and the discharge in cubic feet per second.
2. In Problem 1 how far from the vertical plane containing the orifice will the jet strike a horizontal plane which is 6 ft. Below the center of the orifice?
3. A sharp-edged orifice, 3 in. In diameter, lies in a horizontal plane, the jet being directed upward. If the jet rises to a height of 21. 2 ft. And the coefficient of velocity is 0. 98, what is the depth of... the orifice below the water surface, neglecting air friction. The pressure in the jet and on the surface of the reservoir is atmospheric.
4. In Problem 3, if C c = 0. 62, what is the diameter of the jet 16 ft. Above the orifice?
6. If the orifice shown in Fig. 49, page 73, has a diameter of 2 in. And the diameter of the vena contracta is 1. 6 in. Determine the discharge if A = 3. 6 ft. , F = 0, p A =9 . 7 Ibs. Per square inch, p^ = 1. 3 Ibs. Per square inch and the head lost is 0. 8 ft.
6. A sharp-edged orifice, 4 in.
What to read after Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by Horace Williams King to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
62 and C v is 0. 98 determine the diameter and velocity of the jet at the vena contracta and the discharge in cubic feet per second.
2. In Problem 1 how far from the vertical plane containing the orifice will the jet strike a horizontal plane which is 6 ft. Below the center of the orifice?
3. A sharp-edged orifice, 3 in. In diameter, lies in a horizontal plane, the jet being directed upward. If the jet rises to a height of 21. 2 ft. And the coefficient of velocity is 0. 98, what is the depth of... the orifice below the water surface, neglecting air friction. The pressure in the jet and on the surface of the reservoir is atmospheric.
4. In Problem 3, if C c = 0. 62, what is the diameter of the jet 16 ft. Above the orifice?
6. If the orifice shown in Fig. 49, page 73, has a diameter of 2 in. And the diameter of the vena contracta is 1. 6 in. Determine the discharge if A = 3. 6 ft. , F = 0, p A =9 . 7 Ibs. Per square inch, p^ = 1. 3 Ibs. Per square inch and the head lost is 0. 8 ft.
6. A sharp-edged orifice, 4 in.
What to read after Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by Horace Williams King to read onlineMoreLess
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