2. From the figure shown, the tank contains oil having s specific gravity of 0.82. Oil flowsat a certain rate which produces power in the jet equal to 9hp. Diameter of orifice is 80mmwith Cv = 0.96 and Cc= 0.62.Airoil, s = 0.802.80 m

Answered: Image /qna-images/answer/018e29cf-40fb-4d57-81a7-6dca5ef5fb87.jpg

Answered: 2. From the figure shown, the tank…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Please answer, hydraulics.
Exercise#3: The figure shows a system. The system is conservative energy between the two valves CV, and CV2. The differential pressure element at point 1 shows a reading for flow rate. This flow rate is equivalent to AP = 3 mmH20 with k factor of orifice equals 20 m² (used as dimension geometry for the pipe). Another turbine flow meter at point 4 shows a reading for flow rate equals 2.7. Based on the reading of the first flow meter, is the turbine flow meter give the correct reading or not? You can utilize the following given information: diameters at point1&2 are D, = D2 = 0.2 m, Dz = D4 = 2 D2, Q1= 3Q2, P4 = P3 – 200000 Pa ,p = 750 Total heads(or energy)of Bernoulli equation at point 1=Total heads(or energy)of Bernoulli equation at point 2+4m, and point2 point1 Total heads(or energy) of Bernoulli equation at point 3=Total heads(or energy) of Bernoulli equation at point 4+10m. CV, 8 Closed DP · Flow meter h tank Turbine Flowmeter CV2 voint4 point3
Argon gas flows through a well-insulated nozzle at steady state. The temperature and velocity at the inlet are 570°R and 150 ft/s, respectively. At the exit, the temperature is 460°R and the pressure is 40 lb/in². The area of the exit is 0.0085 ft². Use the ideal gas model with k = 1.67, and neglect potential energy effects. Determine the velocity at the exit, in ft/s, and the mass flow rate, in lb/s.
The pump draws oil with specific gravity of 0.90 from a reservoir and delivers it to the hydraulic cylinder. The cylinder has an inside diameter of 5.0 inch and in 15 seconds the piston must travel 20 inches while exerting a force of 11,000 lb. It is estimated that there are energy losses of 11.5 lb-ft/lb in the suction pipe and 35.0 lb-ft/lb in the discharge pipe. Both pipes are 3/8-in Scheulde 80 steel pipe with inside diameter of 0.423 inch. Calculate the pressure at the cylinder.
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A 12.5mm diameter orifice at the vertical side of the tank showed a discharge of 60 liters for every 85 seconds at a constant total producing head of 4.5m. Measurement of the jet showed that it travelled 2.4m horizontally while dropping 400mm. Determine the coefficient of discharge. A) No Answer among the choices В 0.612 C) 0.637 D 0.584 E 0.668
In a hydraulic press, the ram has a diameter of 20 cm and the plunger 2 cm. The fluid is an oil of specific gravity 0.8. Calculate the mass that can be raised by placing a mass of 100 kg on the plunger: (i)When the plunger and the ram are on the same horizontal plane, and (ii)When the liquid level in the plunger is 0.5 m above that in the ram. What is the mechanical advantage of the press in cases (i) and (ii) above?
HYDRAULICS
subject: hydraulics. 3 decimal places. p.s with solution
In the figure shown, solve for the theoretical velocity of the jet, theactual velocity and the discharge through the orifice considering thefollowing:a) p1 = p2 = 0 Cc = 1.00 (rounded)h = 5 m of oil Cv = 0.97Do = 5 cmb) p1 = p2 = 0 Cc = 0.62 (sharp-edged)h = 5 m of water Cv = 0.98Do = 5 cmc) p1 = 70 kPa C = Cv = 0.95 (rounded)p2 = 0 Do = 7.5 cmh = 1.60 m (liquid with sp. gr. = 3)

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2. From the figure shown, the tank contains oil having s specific gravity of 0.82. Oil flows at a certain rate which produces power in the jet equal to 9hp. Diameter of orifice is 80mm with Cy = 0.96 and Cc= 0.62. Air oil, s = 0.80 2.80 m