B. 20 cm Water at 20°C

Q: An open cylindrical vessel with a diameter of 1m contains water at a depth of 3.56m. If the vessel…

A:

Q: Compute the value of pressure at depth of 12.16 m from top of water

A: Given:depth, h=12.16 m

Q: Derive the formula that gives the ressure a3Sociated with the depth for ne case where the spesific…

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Q: Q3:B) A rectangular gate (length 3m, wide 1m) inclined at 50⁰ with the horizontal level and hinged…

A: Y

Q: The L-shaped gate ABC shown in figure is 2 m wide and hinged at point B. Compute the water depth h…

A:

Q: Problem 2 Hinge A stop-block on the edge of the gate at B will break whenever the force reaches…

A: Given DataP=40kNL=1mB=1.5mθ=90°

Q: The gate wide is 2m and hinged at point B. It will open at A to release water (ywater=9790 N/m³) if…

A:

Q: Q.6. A quarter circle and vertical gate ABC of (r 2m) radius and (1m) width shown in Fig. Find the…

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Q: Problem 2 Hinge A stop-block on the edge of the gate at B will break whenever the force reaches…

A: Givend=1mb=1.5mFs=40kN

Q: Calculate the change in water pressure from the surface to a depth of 5m. Is this just…

A: Gauge pressure:It is the pressure which is evaluated with reference to the atmospheric pressure.…

Q: Gate AB in Fig. is semicircular, hinged at B. What horizontal force P is required at A for…

A: subject : fluid mechanics

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: Find pressure below water depth=2.23 m

A: Given data : Depth=h Acceleration due to gravity=g Density of water=ρ   Required : Pressure

Q: lbm ft? to min? Convert 229 kg-cm2 s2

A: Given Data⇒ 229 lbm-ft2s2

Q: Compute the pressure at depth of 0.99 m from free surface of water

A: GIVEN DATA- Water is given as fluid we have to find pressure at depth of 0.99m from free surface

Q: The 4 m diameter circular gate of shown in Figure 3 is located in the inclined wall of a large…

A:

Q: Find pressure at depth of 50 m below free surface of water in reservoir.

A: Given data : Acceleration due to gravity (g)=9.81 m/s2Depth (h)=50 mDensity of water (ρW)=1000 kg/m3

Q: Compute the hydrostatic force. Oil, SG 0.83 3m I m Gate 2m 50 B.

A:

Q: formulas, clear

A:

Q: Q Gate ABC in Fig. has a fixed hinge line at B and is 1.5 m wide into the paper. The gate will open…

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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: g15m Delamine fresine at depth inside liquid Jn suumming feool

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Q: Gate ABC in Fig. has a fixed hinge line at B and is 1.5 m wide into the paper. The gate will open at…

A: Let the height of BC be H We can write, h=H+1

Q: Q Gate ABC in Fig. has a fixed hinge line at B and is 1.5 m wide into the paper. The gate will open…

A:

Q: Gate ABC in the given image has a fixed hinge line at B and is 2 m wide. The gate will open at A to…

A: Given data as per question Width =2 m considering the system F1=γ(h−1)×0.2×wF2=γ×(h−1)2×(h−1)×w

Q: n a hole in the side of a tank. -ing 0.2 m, rplug = 0.25 m. O-ring 0.2 m

A: Given: D = 0.25 m y ¯ = 2m

Q: IN figure , the curved gate radius is 1.5 m, the water level is 4.5 m up the gate , find hc, * ? by…

A:

Q: hydrastatic force , hydrostatic force 5 to keep the gate in The deneity of (e-?) vertical poation…

A: Density, ρ1= 1500 kg/m3 Hinge point is at 2 m from the surface of the liquid 1. Let it be…

Q: The 4 m diameter circular gate of shown in Figure 3 is located in the inclined wall of a large…

A:

Q: we derive the formula that gives us pressure and deepness in situations that spesific weight changes…

A:

Q: Problem 2 Hinge A stop-block on the edge of the gate at B will break whenever the force reaches…

A:

Q: Problem 2 Hinge A stop-block on the edge of the gate at B will break whenever the force reaches…

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Q: Example 2.8. The inlet to pump is 10.5 m above the bottom of sump from which it draws water through…

A: Given data Pressure = 28 KN/m2 Atmospheric pressure = 100 kpa

Q: ) The specific gravity of a liquid 10.496 ft depth is 0.7. Determine the essure in Pa.

A:

Q: Compute the pressure at depth g 5.33 1m from free surface of water.

A: Given data : Depth=d Acceleration due to gravity=g Density of water=ρ   Required : Pressure

Q: Find pressure at depth of 10 m below free surface of waterin reservoir. Express unit in KPa

A:

Q: 1. An open trapezoidal tank is accelerated horizontally at 6m/s2 along its length. Its bottom width…

A: As per Bartleby guidelines, since it is a multiple question, we will solve the first question for…

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: A curved surface is described in the problem statement. L= 1m. %3D Surface is 1 m long (normal to…

A: Given:L=1 mTo determine the vertical force, horizontal force and the resulatnt force.

Q: Compute the pressure. at depth g 5.337m from free 2 wface of watey.

A:

Q: A 100-gal reservoir is to be mounted within a 2-ft-by-2-ft square. What is the minimum height of the…

A: Given data: V=100 galA=2ft×2ft Need to determine the minimum height of the reservoir.

Q: 9. Determine the height that 20°C water would climb in a vertical 0.02 cm-diameter tube if it…

A:

Q: 25 m at a spee olose to the

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Q: Find pressure at depth of 30 m below free surface of waterin reservoir. Express unit in KPa

A: Given data,  H= 30 m  Let density of water = ρ=1000 kg/m³

Q: A 3-m-wide, 8-m-high rectangular gate is located at the end of a rectangular passage that is…

A: Given that  A 3-m-wide, 8-m-high rectangular gate is located at the end of a rectangular passage…

Q: Problem 2 Hinge A stop-block on the edge of the gate at B will break whenever the force reaches…

A:

Q: A curved gate having 3 m wide is supporting the water as shown in Figure 1. Find out the magnitude…

A: width b=3 m radius of sector R=2m and anlge of sector θ=30° Density of water ρ=1000 kgm3…

Q: Compute the pressure at depth g 5.33 1m from free 2 wface of water.

A:

Q: stimate the level area is 10 cm and s, what is the

A:

Slope and Deflection

The slope in a deflected beam is described as an angle in radians made by the tangent of the section with the original axis of the beam. The deflection at any point on the axis of the beam is defined as the lateral displacement of the point before and after loading.