Hydraulics And Its Applications
Hydraulics And Its Applications
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To quickly assess the difficulty of the text, read a short excerpt:
9-66 c. F. S.
c 1-23 c. F. S.
3-41 c. F. S.
9-33 c. F. S.
(4) A submerged weir, 10 feet long, has a depth of water on the up-stream side of 17 inches, on the down-stream side of 9 inches. The velocity of approach = 1*96 feet per second.
EXAMPLES. 165 Assuming the head equivalent to this velocity of approach to be ^2 given by h = 1*4, determine the discharge in cubic feet per ^ 9 minute. Assume c = '592.
Answer. 3, 090 cubic feet per minute.
(5) Show that in a triangular right-angled notch, disc...harging from a tank of sectional area A square feet, the time of lowering the surface level from HI feet to HZ feet above the vertex of the notch is given by 1-25 A f 1 !
t = -- -7=. I - ~rT 8 1- seconds, and taking C = '593, determine the time of lowering the surface level of a tank of 500 square feet sectional area from a depth of 1*5 feet to I'O feet above the vertex of the notch. Answer, t = 60 seconds.
(6) Find the time required to empty a swimming bath through a flat grating in the bottom of the deep end.
What to read after Hydraulics And Its Applications?
You can find similar books in the "Read Also" column, or choose other free books by A H Arnold Hartley Gibson to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
9-66 c. F. S.
c 1-23 c. F. S.
3-41 c. F. S.
9-33 c. F. S.
(4) A submerged weir, 10 feet long, has a depth of water on the up-stream side of 17 inches, on the down-stream side of 9 inches. The velocity of approach = 1*96 feet per second.
EXAMPLES. 165 Assuming the head equivalent to this velocity of approach to be ^2 given by h = 1*4, determine the discharge in cubic feet per ^ 9 minute. Assume c = '592.
Answer. 3, 090 cubic feet per minute.
(5) Show that in a triangular right-angled notch, disc...harging from a tank of sectional area A square feet, the time of lowering the surface level from HI feet to HZ feet above the vertex of the notch is given by 1-25 A f 1 !
t = -- -7=. I - ~rT 8 1- seconds, and taking C = '593, determine the time of lowering the surface level of a tank of 500 square feet sectional area from a depth of 1*5 feet to I'O feet above the vertex of the notch. Answer, t = 60 seconds.
(6) Find the time required to empty a swimming bath through a flat grating in the bottom of the deep end.
What to read after Hydraulics And Its Applications?
You can find similar books in the "Read Also" column, or choose other free books by A H Arnold Hartley Gibson to read onlineMoreLess
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