If you have a large body of water, one convenient way to hold it back can be a cylindrical gate. As pictured here, a quarter of the 10-ft radius cylindrical gate is submerged at the top of a body of water. Given that the cylindrical gate is 20-ft long, calculate the magnitude of the force of the water on the gate in lb-f.

If you have a large body of water, one convenient way to hold it back can be a cylindrical gate. As pictured here, a quarter of the 10-ft radius cylindrical gate is submerged at the top of a body of water. Given that the cylindrical gate is 20-ft long, calculate the magnitude of the force of the water on the gate in lb-f.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Related questions

Q: What is the mass M that must be suspended at the left to hold the system in equilibrium in the…

A: To find value of mass M for the equilibrium

Q: A cylinder (2.0 m diameter, 3.0 m long and 25 kN weight) is acted upon by water on one side and oil…

Q: 3.5 A linear spring supports a body weighing 50 lb. In free vibration the body oscillates at a…

Q: A Newtonian fluid fills the clearance between a shaft and a sleeve. When a force of 0.9 kN is…

Q: 30 If Cylinder 1 weighs 50 KN and Cylinder 2 weighs 30 KN, compute the normal reaction at Point A.…

Q: An ideal water jet with volume flow rate of 0.05 m³/s strikes a flat plate placed normal to its path…

Q: A system contains a perfectly elastic spring, with an unstretched length of 20cm and a spring…

A: To find the final length of the spring given the change in elastic potential energy, we can use the…

Q: A horizontal water jet having a velocity of 20 m/s and cross-sectional area of 10 mm² strikes a flat…

A: A horizontal water jet-To Find-The total force on the plate due to the jet.

Q: Find the reactions in the beam loaded as shown in the figure. 4 kN/M M₁=15 kN-M A + 2.5 M 2.3 M 25…

Q: The hydrostatic thrust (1) is defined as: a) l'he resultant force exerted by a body and the fluid…

Q: The cable supporting a 2100 kg elevator can withstand a maximum tension of 21000 N. What is the…

A: Given data: maximum tension in cable = 21000 N mass of elevator = 2100 kg g=9.8 m/s2.

Q: Determine the magnitude and direction of the resultant force exerted upon the curved surface at the…

Q: A cylinder (2.0 m diameter, 3.0 m long and 25 kN weight) is acted upon by water on one side and oil…

A: Given- Diameter of cylinder D=2 mLength L=3 mWeight W=25 kNSG=0.8It is needed to find the ratio of…

Q: 1. A dam 15 m long retains 7 m of water, as shown in Figure. Find the total resultant force acting…

A: Total force can be calculated as the product of area of pressure diagram and length of dam. Center…

Q: Question A horizontal water jet with a velocity of 10 m/s and cross-sectional area of 10 mm² strikes…

A: Given- Velocity V=10 m/s Area A=10 mm2 Density of water=1000 kg/m3

Q: A horizontal water jet with a velocity of 10 m/s and cross-sectional area of 10 mm2 strikes a flat…

Q: The figure shows a hydraulic platform for vehicles made up of two frames equal to the one shown. A…

Q: A beam-spring system is shown in figure below. L = 5m EI-2.5× 10³ kN-m² 000 eee k = 40 kN m-10 kN…

A: For given spring-beam system,Initial displacement of 5 mmInitial velocity: 135 mm/sto find the…

Q: A horizontal water jet with a velocity of 10 m/s and cross-sectional area of 10 mm² strikes a flat…

Q: A cylinder (2.0 m diameter, 3.0 m long and 25 kN weight) is acted upon by water on one side and oil…

Q: A plate 0.025 mm distant from a fixed plate moves at 60 cm/s and requires a force of 0.2 kgf/m² to…

A: given- distnace H=0.025 mm=0.0025 cmvelocity v=60 cm/sforce F=0.2 kgf/m2

Q: Find the force against a dam that is 3 meters deep and 54 meters long. The density of water is 10000…

Q: A vertical lock gate shown in the figure is 10 m long which divides a reservoir. Find the moment at…

A: Length of gate (L) = 10m Determine the moment at the bottom.

Q: The hydraulic jack in the figure is filled with two types of oil, the specific gravity of oil 2 is…

Q: width of the liquid tank given the state and size in the figure is 3 m. As shown in the figure, the…

Q: Mercuny barometer at the base OF the mantain read 7l16 mm- At thhe same Aime, another barome ter at…

Q: A jet of water has a diameter of 0.3 cm. The absolute surface tension of water is 0.072 N/m and…

Q: This is a mechanics of deformable bodies problem

A: Given, t = 20 mm p = 12 MPa

Question

If you have a large body of water, one convenient way to hold it back can be a cylindrical gate. As pictured here, a quarter of the 10-ft radius cylindrical gate is submerged at the top of a body of water. Given that the cylindrical gate is 20-ft long, calculate the magnitude of the force of the water on the gate in lb-f.

Expert Solution

This question has been solved!

Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.

This is a popular solution!

SEE SOLUTION Check out a sample Q&A here

Step 1

VIEW

Step 2

VIEW

Step 3

VIEW

Trending now

This is a popular solution!

Step by step

Solved in 3 steps with 3 images

SEE SOLUTION Check out a sample Q&A here

Similar questions

A body having a weight of 500 N is placed on a smooth inclined plane, 5 m long. The top of the plane is 2 m above the lower end. Calculate the force required to hold the body in equilibrium if it is applied (a) parallel to the plane, (b) horizontally.
A jet plane weighs 45kN. Wind forces (W) of 500N are acting at certain parts of the plane. Determine the reaction at each wheel.
A horizontal water jet with a velocity of 10 m/s and cross-sectional area of 10mm² strikes a flat plate held normal to the flow direction. The density of water is 1000kg/m³. The total force on the plate due to the jet is
A 3 m square plate is immersed vertically in water such that the two edges of the square are horizontal. The center of pressure is located 8 cm from the centroid of the square plate. Calculate the distance in m of the center of pressure from the water surface.
Choose one answer 1.Target mean strength Fm (MPa). 1. 42.67 /2. 48.12 /3. 40.04 /4.45.67 2.Approximate for Compressive Strength ( MPa ) 1.55 2.48 3.49 4.42 3.Water/cement ratio (w/c) is 1. 0.41 2. 0.35 3. 0.51 4. 0.61 4.The free water content is ( kg / m3 ) 1. 190 2. 180 3. 205 4. 160 5.Cement content is ( kg / m3) 1. 362.5 2. 382.5 3. 392.5 4. 372.5 6.Estimate of the wet density of the fully compacted concrete (D) is (kg / m3) 1. 2320 2. 2520 3. 2420 4. 2220 7.Total Aggregate Content is ( kg / m3 ) 1. 1657.5 2. 1757.5 3. 1457.5 4. 1857.5 8.the proportion of fine aggregate in the total aggregate is ( kg / m3 ) 1. 492.95 2. 482.95 3. 582.95 4. 472.95 9.The Coarse aggregate is ( kg / m3 ) 1. 1574.55 2. 1274.55 3. 1474.55 4. 1374.55 10.The summary of mix proportions ( PWSG ) 1. 1:0.51:1.29:3.6 2. 1:0.35:1.19:3.9 3. 1:0.61:1.4:4.1 4. 1:0.41:1.20:2.9
A small boat weighing 40 LT has a submerged volume of 875 ft3 when traveling at 20knots in seawater. (ρ = 1.99 lb-s2/ft4 ; 1 LT = 2240 lb) a. Calculate the magnitude of the hydrostatic support being experienced by boat.b. What other type of support is the boat experiencing?c. Calculate the magnitude of this other type of support.d. What will happen to the submerged volume of the boat if it slows to 5 knots? Explain your answer.
It's urgent solve please soon
The hydraulic jack in the figure is filled with two types of oil, the specific gravity of oil 2 is equal to 80% of oil 1. Neglecting the weight of the two pistons, what force F (lb) on the handle is required to support the 2000-lbf weight for this design? Take the specific gravity of oil 1 = 0.9. 6 in 3 in 2000 lbf Oil 2 Oil 1 3-in diameter in 15 in 1-in diameter F
A closed cylinder of diameter 30 cm and height of 20 cm is completely filled with water. Calculate the total pressure force in N exerted by water on the top of the cylinder.
The tank shown in the figure below is accelerated vertically down at 9.8 m/s. If the tank is 4 meters wide, find the force acting on the wall BC. A Tank is open to atmosphere Tank is open to A atmosphere t0.5 m 2 m Water В 8 m C a = 9.8m/s²
2-liter soda bottles do not have flat bottoms. A bottle can be approximated as a cylinder filled from the bottom up to 0.26-m high with a hemispherical space of 10-cm-diameter underneath. If you treat the soda as having the density of water, what is the force in N of the soda on the curved bottom of the soda bottle?