Q/Iron culbr immersed in water Totel surface arct 36 m inds the buoyaney force of the cub.
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A: Given: The width of the dam, w = 50 m The radius of the dam, r = 20 m
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Q: Find height of water column corresponding to pressure of 70 KN/m2
A: Given data, P=70KN/m² =70000 N/m² Let the density of water d=1000 kg/ m³
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Q: In the figure shown below, the concrete block with specific weight = 25 kN/m3 needed to keep the…
A: Given values are- l=3.5m, b=2.5m , wwater=10 kN/m3 , wblock=25 kN/m3 a) The hydrostatic pressure…
Q: b) A wooden Cylinder of diameter d' and length 2d flouts in water with its ixis vertical, Is the…
A: Given:Diameter of the wooden cylinder=d,Length of the wooden cylinder=2d,Specific gravity of…
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Q: A circular tank of diameter 1.25 m contains water up to a height of Sm. An orifice of 50mm diameter…
A: Given: The diameter of the tank is d=1.25 m. The height of the water initially is h1=5 m. The…
Q: Find height of water column corresponding to pressure of 66 KN/m2
A: To determine the height of water column.
Q: Q1:-The gate shown in fig.1 is in cquilbrium.Compute W, negelecting the mass of the gate?
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Q: aan - 1.2 The radius and length of a steel cylinder are 40 mm and 110 mm, respec- tively. If the…
A: Given:Radius of cylinder base=R=40mm=0.04mLength of cylinder,H=110mm=0.11mMass density of…
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Q: One leg of a mercury U-Tube manometer is connected to a pipe containing water (y = 9.8 kN/m³) under…
A: Given data : Pg =100kpm Hw=750mm=0.75 m Vw=9.8 kn/m3 Sm =13.5
Q: The contractor ran out of gunite mixture and fi nished thedeep corner of a 5-m-wide swimming pool…
A: Assumptions Density of water 1000 kg/m3 Net vertical force can be determined as
Q: 1.. A concrete anchor (sp. gr.= 2.4) weighing 670 N is tied to the end of along timber which…
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Q: Calculate the magnitude of the hydrostatic force due to water, on the inclined surface. Locate the…
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Q: The base of a rectangular vessel measures 10cm x 18cm. water is poured in to a depth of 4cm ,…
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Q: A concrete anchor (sp. gr.= 2.4) weighing 670 N is tied to the end of along timber which measures 20…
A: Calculate the force of buoyancy experienced by the timberFb,t. Fb,t=ρgVsubmerged=1000 kg/m3×9.81…
Q: Q//ron cube immersed in water Totel surface area 36 m tinds the buoyane force f the cubdD
A: Given data Surface area of cube = 36 m2
Q: [Stability] A 10-cm by 10-cm wood (sg = 0.65) with a length of 2 m is placed in water. Determine the…
A: Given data cross-section dimension of wood is 10 cm*10cm the specific gravity of wood (S.G) = 0.65…
Q: Gate AB in Fig. is 5 ft wide into the paper, hinged atA , and restrained by a stop at B . The water…
A: Given Data: Depth of water is h =9.5 ft. The width of gate is b = 5 ft. The depth of gate is h = 4…
Q: The width of the rectangular gate of AB (Figure 5), Ball joint 4 m which is hinged from the point of…
A: m=1228 kN
Q: The gate shown in fig.1 is in equilbrium.Compute W, negelecting the mass of the gate? 2m Hinge W]…
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Q: 4. A sliding gate of height 14mand width 28lies in vertical plane that weighs 25AN. Determine the…
A: Given: Height of the gate→h=1.4 m Width of the gate→b=2.8 m And wieght of the plate→W=25 KN because…
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Q: 13. Find the difference in pressures between points A and B in Fig. 2.47. Neglect weight of air.…
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Q: (b) A vessel of 4 m' volume contains an oil which weighs 30.2 kN. Determine the specific gravity of…
A: Given data : The volume of the vessel (V) = 4 m3 weight of oil (W) = 30.2 kN To determine the…
Q: we derive the formula that gives us pressure and deepness in situations that spesific weight changes…
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Q: 4. A concrete anchor (sp. gr.= 2.4) weighing 670 N is tied to the end of along timber which measures…
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Q: The 3 x 4-m side AB of a tank is hingrd at its hottom A and is beld in place by a thin rod BC. The…
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Q: Find the force applied by support BC to the gate AB. The width of the gate and support is 3 m and…
A: Given, W=1500 N Width, w=3 m
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A: here a tanker with capacity of 3000 gallon is used to transport alcohol. 3000 gallon = 13638.27 L =…
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Q: Q1: A: What will be the (a) gage pressure (b)absolute pressure of water, at depth 14m below surface.…
A: Note:As per our guidelines we are supposed to answer only one question. Kindly repost other…
Q: Q1\ Calculate PA-PB Water z = 6 mm B Yオ h= 15 mm トY Yo (s = 13.6) %3D
A: The U-tube manometer between the point A and B is shown below.
Q: rity is 10 m/s²?
A: Given Mass m = 3 kg Acceleration due to gravity, g= 10 m/s^2
Q: 10. A bouy two meters in diameter and four meters high and weighing 12 kN is floating in the ocean.…
A: Consider W as the weight as the buoy, FB as the buoyant force and T as the tension in the rope…
Q: 10. (II/III) A trough has a length of 5 m and semicircular ends of radius 0.5 m. It is made of sheet…
A: (a) Calculate the area of the trough, A1=π2R2×2A1=πR2A1=π0.52A1=0.7854 m2A2=πRLA2=π0.55A2=7.854…
Q: A solid cylinder (SG = 0.6) of diameter 4 meters has a height of 3 meters. Find MG for cylinder when…
A:
Q: 11. Find the force exerted on one side of the annular disk shown in Fig. and also locate the center…
A: Given data as per question Distance between free surface of water and center of plate =3m The outer…
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Q: Arude oll tn K of the fixed roof typer its helght CIzm) filled with crude oil with grade API= 26-8…
A: Solution: A medium crude is in the 25-35 API range, and heavy crude is in the 15-25 API range.…
Q: m3 CUBICAL TANK IS FULL OF TWO DIFFERENT FLUIDS OF EQUAL PARTS ECT WAS THROWN AND WAS PARTIALLY…
A: given: specific gravity of liquid first =0.82 specific gravity of liquid second=0.9 height h=3m
Q: A 30 m high vertical column of a fluid of density 1878 kg/m³ exists in a place where g = 9.65 m/s².…
A: Given, Height of the vertical column of fluid = h = 30 m Density of fluid = ρ = 1878 kg/m3…
Q: Find height of water column corresponding to pressure of 33 KN/m2
A: Given data : Density of water (ρ)=1000 kg/m3Acceleration due to gravity (g)=9.81 m/s2Pressure (P)=33…
Q: Q1: A: What will be the (a) gage pressure (b)absolute pressure of water, at depth 14m below surface.…
A: Given Data Depth of liquid is : h=14 m ρwater =1000 kg/m3 Patm=101 kN (a) Gauge pressure of due to…
Q: A vessel is in the form of an inverted regular square pyramid of altitude 9.87 in. and base edge…
A: Given; The altitude of square pyramid = 9.87 in the base edge = 6.27 in depth of water = 6 in
Q: QUESTION 3: An inclined semicircular-shaped (diameter = 7 m) flat plate is entirely submerged in…
A: Given: d=7 m SG= 0.903 Centre of pressure = 73.2 kPa
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- The plane region A is submerged in a fluid of weight density . The resultant force of the fluid pressure on the region is R acting at the point C (called the pressure center) located at the distance h below the surface of the fluid. Show that R=Qa and h=Ia/Qa, where Qa and Ia are the first and second moments of A about the axis a-a.The hemispherical glass bowl is filled with water. Find the location y of the center of gravity of the filled bowl. Approximate the bowl as a thin shell of radius R=6.15in. Use 1=162lb/ft3 for glass and 2=62.4lb/ft3 for water.Q/lron cubr immersed in water Totel surface aret 36 Wm Finds the buoyaney force of the cub.
- Describe the experiment and explain importnt details regarding "Measurement of Hydrostatic force on an immersed plane and locating the center of pressure".5. The gas used in a gas engine trial was tested. The pressure of gas supply is 10cm of water column. Find absolute pressure of the gas if the barometric pressure is 760mm of Hg. 27 THEklindly give the complete solution where the ans. is 5.87 ft
- 3. H20 Giren : Reclangular lom Sabmenged object l nodth ww = Im of 45° Roguered: F= hydrostatic force YR weation f %3D center PresrunsA circular area of diameter d is vertical and submerged in a liquid. Its upper edge is coincident - 1 attachment with the liquid surface. Derive an expression for the depth to its center of pressure. heg hep C.g. d • c. p.5. A cylinder of diameter D and length L (into the paper) is immersed in water as shown. Assume water density as p. Assume the cylinder is exposed to atmospheric pressure. Find the magnitudes of horizontal and vertical forces due to the water column (i.e. hydrostatic forces only) on surfaces of each of the four quadrants I, II, III, and IV. Clearly box your final answers (There should be 8 expressions, 4 horizontal forces and 4 vertical forces). Water level Open to atmosphere D/2 cylinder of diameter D Length L into the paper II II IV Rigid wall
- A cylader of l a fiandor is made with material of relative density o5. It is moored in fresh water by one end and the water level the sefrnde cyliader- is 1m abeye the middle of Find the tension of the moo Cable o- Positions A-l are different points with respect to the atmospheric pressure as shown in the figure below i. State and explain the conditions under which the Under which the pressures will be the same ii. Identify the points with equal pressure iii. Will the pressure at H and I be the same? Explain Water MerourySolve the hydrostatic force components of AB, BC, and CD using the general solution. Be sure to include the diagrams in determining the hydrostatic force components.