Flow from a tank. For the tank shown in figure below, compute the velocity of flow from the nozzle and the volume flow rate for a range of depth from 3.0 m to 0.5 m in steps of 0.5 m. The diameter of the jet at the nozzle is 50 mm. Depth h (m) INIH Use Bernoulli's equation between points 1 and 2. 3.0 2.5 P,ly + Z, + V,²/2g = P2/ y + Z2 + V½2/2g %3D Assume the datum to pass horizontally through point 2. Therefore, 1.5 1.0 %3D 0.5 Bzz?A + Z + 1 řd = BZz'A + 'z + N'd Also, note that by using Bernoulli's equation, the following Torricelli's theorem is proved. V2 = 2gh %3D
Flow from a tank. For the tank shown in figure below, compute the velocity of flow from the nozzle and the volume flow rate for a range of depth from 3.0 m to 0.5 m in steps of 0.5 m. The diameter of the jet at the nozzle is 50 mm. Depth h (m) INIH Use Bernoulli's equation between points 1 and 2. 3.0 2.5 P,ly + Z, + V,²/2g = P2/ y + Z2 + V½2/2g %3D Assume the datum to pass horizontally through point 2. Therefore, 1.5 1.0 %3D 0.5 Bzz?A + Z + 1 řd = BZz'A + 'z + N'd Also, note that by using Bernoulli's equation, the following Torricelli's theorem is proved. V2 = 2gh %3D
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Flow from a tank.
For the tank shown in figure below, compute the velocity of flow from the nozzle and the
volume flow rate for a range of depth from 3.0 m to 0.5 m in steps of 0.5 m. The diameter
of the jet at the nozzle is 50 mm.
INIH
Use Bernoulli's equation between points 1 and 2.
(s/w) ?A (w) y yadə
3.0
2.5
P,ly + Z, + V,?/2g = P2/ y + Z, + V,2/2g
2.0
Assume the datum to pass horizontally through
point 2. Therefore,
1.5
P,ly + Z, + V,4/2g = P y + Z, + V,/2g
0.5
2.
Also, note that by using Bernoulli's equation, the
following Torricelli's theorem is proved.
V2 = /2gh
%3D
4.
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