Determine the flow rate (in cm³/s) in the small pipe shown in the figure given a diameter D of 5.0 cm. 0.1 m 0.2 m D
Q: A 500 newton weight sits on the small piston of a hydraulic machine. The small piston has an area…
A: The given values are, F1=500 NA1=3.0 cm2A2=60 cm2
Q: The large piston of a hydraulic lift ha a radius of 25 cm. How much force must be applied to the…
A: Radius of large piston (R) = 25 cm radius of small piston (r) = 3.5 cm mass of car (m) = 200 kg
Q: Pls help ASAP. Pls show all work and calculations.
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Q: 2.A vehicle is to be lifted by a hydraulic jack, the load of vehicle is 16.5 tons and moves 28mm,…
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Q: what force magnitude on the small piston will balance a 20.6 kN force on the large piston?
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A: Given = R1 = 6 cm = 0.06 m V1 = 2m/s R2 = 8 cm = 0.08 m V2 =?
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Q: Water with a density of 1000 KG/M^3 flows through a 4.0 CM diameter pipe with a velocity of 1.2 M/S…
A: given data as per question density = 1000kg/m3 velocity = 1.2m/s
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- 1 - f) What is the velocity of the water at point ONE? (Assume the V2 = 16.6 ft/s and the diameter of the pipe at points one and two is 12 in and 18 in, respectively.) PS: Approx value requested. 40 ft/s 150 ft/s 300 ft/s 100 ft/s 10 ft/s 3 ft/s Fluid flow - 3QUESTION 6 A hydraulic lift consists of a circular input piston of diameter 20 cm coupled to a circular output platform of diameter 5.0 m through a chamber that is completely filled with an incompressible fluid. (See the diagram below.) How much force must an auto mechanic apply at the inpput piston to lift a 2,000-kg car that is resting on the output platform? Elevating Platform Input Piston Incompressible Fluid а. 46.7 N b. 39.2 N С. 31.4 N d. 65.6 N е. 55.5 N6. An ideal fluid is moving at 3.10 m/s in a section of a pipe of radius 0.21 m. If the radius in another section is 0.40 m, what is the flow speed there? m/s ceil6 ceil
- You find an antique car jack like the one shown in the figure at an estate sale. After cleaning it up, you establish that the amount of friction is negligible and that the input and output pistons have a diameter of 0.30 in. and 1.9 in., respectively. Determine the force F needed to support a 1000-lb load at the output piston. 24.9 × Does the oil in the hydraulic system of the jack obey Pascal's Law? How is the pressure provided by the oil at the output piston related to the pressure applied to the oil at the input piston? Can you write an expression for the input and/or output force in terms of the input and/or output pressure and the appropriate area? Notice that the construction of the jack makes the point where the jack handle is attached to the jack base a convenient pivot point about which to determine the torques. lb 1000 lb 3.0 in. 12 in.- input piston output piston1. What is the ratio of the cross-sectional area at point 1 to the cross-sectional area at point 2? A1/A2= 2. What is the difference in pressure between points 1 and 2? (Find P2 - P1)P2 - P1 = 3. Which direction is the water flowing through the pipe?ALL ABOUT HYDRAULIC