A car weighting 10,000 N supported by a hydraulic car lift. The large piston supporting the car has a diameter of 25.4 cm, while the small piston has a diameter of 2.54 cm. How much force must be exert on ?the small piston to support the car 14.1 N 141 N 10 N 100 N A future rectangular ship filled with oil. If the dimensions of the ship are (250 m) long, (80 m) wide, and (80 m) high. Determine how far the bottom of the ship is below the sea level? (Consider the total mass of the ship with the oil is (10.2*10° kg), and the sea .((density is (1024 kg/m³ 94.8 m 48.9 m 89.4 m 49.8 m O O O O O O

Q: The drawing shows a hydraulic chamber with a spring (spring constant = 1270 N/m) attached to the…

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Q: One end of a hydraulic lift is a car weighing 9000 N. The other end contains a block with mass m.…

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Q: A solid cylinder with base area A= 20 cm^2 is placed completely underwater as shown in the figure.…

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Q: The diameters of the large and small cylinders of a hydraulic press are 2.4 cm and 48.0 cm,…

A: As per Pascal’s law, the pressure on both the cylinder of the hydraulic press is the same, thus,…

Q: 12. A 12.0 m long, 18.0 m wide house foundation is a rectangular box of concrete submerged in sandy…

A: The length of rectangular box of concrete,

Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A: r1 = 0.052 m r2 = 0.26 m

Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A: a) Apply the hydraulic principle and substitute the required values to determine the force F2.

Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

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Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A: We have F1A1=F2A2A1d1=A2d2

Q: Water (density=1.0gcm3) rises in a glass capillary tube to a height of 8.4 cm at 25∘C. What is the…

A: The water in a capillary tube rises because of the interfacial forces . This attaraction is mainly…

Q: A homemade hydraulic jack with cylindrical tube ends of different radii, 0.050 m and 0.100 m is…

A: Given, Radius of small tude, r1=0.050 m, Radius of big tude, r2=0.100 m, Force, F1=16 N.

Q: The hydraulic lift's small piston with an area of 30 m^2 is subjected to a force of 100 N. To have…

A: Data provided:   Area of small piston (A1) = 30 m2 Force on small piston (F1) = 100 N Force on large…

Q: A cube of wood having an edge dimension of 22.1 cm and a density of 647 kg/m³ floats on water. (a)…

A: In this, it is asking the solution for part b.

Q: A hydraulic lift has two pistons: a small one of cross-sectional area 5.00 cm- and a large one of…

A: Given: area of small piston, a = 5 cm2  area of large piston, A = 300 cm2 mass on large piston, M =…

Q: A lead block is suspended by means of a string from the underside of a 8.50 kg block of wood of…

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Q: A rectangular parallelepiped with a square base  d = 0.260 m  on a side and a height  h = 0.120 m…

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Q: 13.33. The diameter of the large piston of a hydraulic press is 20 cm, and the area of the small…

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Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

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Q: A rectangular block of wood, 10.0 cm x 15.0 cm x 33.5 cm, has a specific gravity of 0.590. Determine…

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Q: 22 In a Hydraulic piston of radius r1=5 cm and r2=50 cm for the small and large pistons…

A: Answer :- the pressure is same both ends according to workin principle of hydralic piston   pressure…

Q: A hydraulic lift consist of two pistons that connect to each other by an in-compressible fluid. If…

A: 4.42 kg of mass can be raised by the given force

Q: The hydraulic lift's small piston with an area of 30 m^2 is subjected to a force of 100 N. To have…

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Q: The hydraulic oil in a car lift has a density of 8.21 x 102 kg/m³. The weight of the input piston is…

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Q: The following figure shows the shape and dimensions of a small dam. Assuming the water level is at…

A: The force acting on the face of the dam can be given by, F=mg...........(1) where, F= force…

Q: A hydraulic car lift has an input piston of radius 8.7 cm and negligible weight. The output piston…

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Q: 1.2 kg lead mass rests on the bottom of a pool. (The density of lead is 11.3 x 10³ kg/m³ and the…

A: According to archemede's principle  Buoyant force =weight of liquid displaced

Q: 17.Consider the following situations: In an automotive shop, the force exerted on the small piston…

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Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A: We need to calculate the force F2 and also the distance moved by the larger piston, d2.

Q: A hollow ball with a diameter of 3.78 cm has an average density of 0.0837 g/cm3. What force must be…

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Q: The hydraulic lift's small piston with an area of 30 m^2 is subjected to a force of 100 N. To have…

A:

Q: A force of F1 = 373 N is applied to a hydraulic jack pump piston with a diameter of D1 = 0.0177 m.…

A: Given data:  Input force (F1) = 373 N Diameter of input piston (D1) = 0.0177 m Diameter of output…

Q: A swimming pool has dimensions 30.0 m × 10.0 m and a flat bottom. When the pool is filled to a depth…

A: Flat bottom dimension = L×w=30m×10m. Depth (h)= 2.00 m

Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

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Q: What force (in N) must be exerted on the master cylinder of a hydraulic lift to support the weight…

A: Given data: Mass of a car is, m=2400 kg. Diameter of master cylinder is, d1=1.70 cm =0.017 m.…

Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A:

Q: A 20.0 kg lead mass ( with density = 11.3 x 10^3 kg/m^3) rests on the bottom of the pool. (g = 9.80…

A: Given: The mass of lead is m=20 kg. The density is ρ=11.3×103 kg/m3. The gravitational acceleration…

Q: A force of F1 = 374 N is applied to a hydraulic jack pump piston with a diameter of D1 = 0.0192 m.…

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Q: Consider the hydraulic lift shown in the figure. The small piston has an area Aj of 0.0330 m², and…

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Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

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Q: Hydraulic balance. An m = 60.0 [kg] box was placed on top of a 2.75 [m²] massless platform. Given…

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Q: A schematic of a homemade hydraulic jack is shown in the figure below, with cylindrical tube ends of…

A: Pascal law:- Pressure exerted by any external agency will equally imparted to the all gaps or hole.…

Q: An empty rectangular box of negligible mass measures 5.0 m long, 1.0 m wide, and 0.50 m high. How…

A: When the box is about to sink, weight of the box along with loaded mass is equal to byovant force…

Q: An object having a specific gravity of 7.3 is placed in a cylinder containing mercury with a Gs =…

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Q: A force of F1 = 345 N is applied to a hydraulic jack pump piston with a diameter of D1 = 0.0168 m.…

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Q: A group of acrobats form a human tower, each standing on the shoulders of another acrobat. The…

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Q: Consider the hydraulic lift shown in the figure. The small piston has an area A, of 0.0330 m2, and…

A: Given:- Consider the hydraulic lift shown in the figure. The small piston has an area A1, of 0.0330…

Q: A hollow ball with a diameter of 3.72 cm has an average density of 0.0843 g/cm. What force must be…

A: The needed buoyancy-(G)＝The force required＝(density of water) × gravity × (volume of T.T. ball) - mg…

Fluid Pressure

The term fluid pressure is coined as, the measurement of the force per unit area of a given surface of a closed container. It is a branch of physics that helps to study the properties of fluid under various conditions of force.

Gauge Pressure

Pressure is the physical force acting per unit area on a body; the applied force is perpendicular to the surface of the object per unit area. The air around us at sea level exerts a pressure (atmospheric pressure) of about 14.7 psi but this doesn’t seem to bother anyone as the bodily fluids are constantly pushing outwards with the same force but if one swims down into the ocean a few feet below the surface one can notice the difference, there is increased pressure on the eardrum, this is due to an increase in hydrostatic pressure.