2. A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater(sp. gr.1.03). Assuming the load is uniformly distributed on the bottom of the pontoon toa depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that thecenter of gravity can be moved from the center line toward the edge of the pontoon.

Answered: Image /qna-images/answer/351897a8-48ed-470c-9919-ef27a476cba0.jpg

A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater (sp. gr. a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the center of gravity can be moved from the center line toward the edge of the pontoon. 1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to

A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater (sp. gr. a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the center of gravity can be moved from the center line toward the edge of the pontoon. 1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to

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: ASSIGNMENT: A loaded scow has a draft of 1. m in fresh water, when upright. The scow is 6 m wide, 12…

Q: 2.0m- What is the support reaction Ve from the following figure? 10 kN 10 kN 10 kN to to Et HA -…

Q: masonry dam of trapezoidal cross-section, with one face vertical, has a thickness of 2 ft at the…

A: Given:- thickness=2ft at top thickness=10 ft at bottom height-22m depth=15ft above base weight of…

Q: A rectangular deck scow 31.15 m long, 6.15 m wide and 3.67 m high has a draft of 1.22 m when light…

Q: For each of the three floating bodies, determine the buoyant force (kN) exerted by the liquid. Each…

A: Given Data Specific gravity of liquid = 0.8 Depth of submergence (h) = 1.5m Find Buoyant force…

Q: The top width and the bottom width at river thalweg level of a concrete gravity dam are 6 m and 24 m…

A: Given data- Top width h=6 m, Bottom width H=24 m, Vertical section is 38 m above the thalweg, Depth…

Q: Determine the metacentric height when the an-

Q: 1. A cylindrical buoy 1.35 m in diameter and 1.8 m high has a weight of 7500 N and its center of…

A: "since you have posted multiple questions with multiples subparts. We will solve first three…

Q: 1.8m in fresh water when erect. The scow is 6m wide, 12 long, and 2.4m high. It's center of gravity…

Q: A loaded scow 6 m wide, 12m long and 2.4 m high has a draft of 1.8m in fresh water when upright. The…

Q: 1.) A loaded scow has draft of 1.8m in fresh water when erect. The scow is 6m wide, 12 long, and…

Q: Write down the conditions for stability of a fully submerged body and a floating body.

A: a) Stability conditions for a fully submerged body: The point on the body at which the buoyant force…

Q: 6.0 kN 2.0 kN/m C B - 1.0 m 1.0 m »« 2.0 m 4.0 m

A: Apply equilibrium condition : ∑FX=0∑FY=0∑M=0

Q: 1.) A loaded scow has draft of 1.8m in fresh water when erect. The scow is 6m wide, 12 long, and…

Q: solid cylindrical buoy has a diameter of 1.2m and 2m height with specific gravity of 0.6 .determine…

A: Using metacentric height formula

Q: 20' 20' A 31°

A: Draw FBD:

Q: A rectangular dam has a height of 5 m. It retains water that is 4.2 m deep. Calculate the minimum…

A: Height = 5mdepth of water = 4.2 mspecific gravity of dam = 2.4coefficient of friction = 0.5factor of…

Q: a depth of 2 m. Compute the smallest amount of an unbalanced force that will cause the greatest…

Q: 1. Portal Method The frame shown is subjected to lateral loads as shown. Supports S, T, U V, W and X…

A: To Find the Forces in the frame member

Q: A closed rectangular tank measuring 5 m long, 1.98 m wide, and 2 m high is filled to a depth of 1.6…

Q: Determine support reaction

A: Apply equilibrium condition : For finding support reaction we apply the known three equilibrium…

Q: The reaction RB for a overhanging beam as shown in figure is given as 5 kN/m 5 kN 2 kN D AT 2m. Im-…

Q: A rectangular scow 12-m long, 7.20m wide, and 2.40m 1.50m above the bottom. It carries a total load…

Q: 2. A ship 188 m long is floating at drafts of 7.5 m F and 8.8 m A. The centre of flotation is 3 m…

Q: A rectangular scow having a length equal to 12 m, width of 10 m and height of 6 m floats in…

Q: Q7: At hydraullc jump, the depths at the two sides are 0.3 and 1.4 m. The head loss in the jump is…

Q: The tank is filled with water to a depth of d = 8 m Determine the resultant force the water exerts…

A: Length of tank(l)=3m Width of tank (w)=2m Depth of water in tank (d)=8m

Q: HW 3: The barge shown below has the form of a parallelopiped having dimensions 10 m x 26.7 m x 3 m.…

Q: A rectangular raft, 3 m wide, 6 m long and 2 m high floats in water. It has a draught of 1.5 m. Two…

A: Width of raft (B) = 3m Length of raft (L) = 6m Height of raft (H) = 2m The draught of the given raft…

Q: 2m WIDE PI 3m Find the magnitude of the hydrostatic force. a. 146.7 kN b. 199.3 kN Im 4m c. 294.3 KN…

Q: A flatboat hull 9m wide by 15m long by 3.6m high has a draft in seawater (s.g.=1.03) of 2.4m. Its…

A: A flatboat hull of dimensions 9m x 15m x 3.6 m is floating on seawater. The specific gravity of…

Q: A loaded scow has draft of 1.8 m. in fresh water, when erect. The scow is 6m. wide and 12m. long and…

A: Scow draft = 1.8 mScow dimensions= Center of gravity of scow= 1.8 mTo determine= Metacentric height

Q: loaded scow has draft of 6 ft in fresh water, when erect. The scow is 20 ft wide and 40 ft long and…

Q: A loaded scow has draft of 1.8 m in fresh water, when erect. The scow is 6m wide, 12 m. Long and 2.4…

Q: A boat in rectangular shape has the following dimension: 5m long, 8m wide, and 5m deep. It is…

Q: 3 kN 7.5 kN/m 1.8 m- -0.9 m 0.9 m-

Q: A closed rectangular tank measuring 5 m long, 1.81 m wide, and 2 m high is filled to a depth of 1.6…

A: Given data: A rectangular tank of Length=5m Width=1.81m Height=2m Mercury Depth=1.6 m SG=13.6…

Concept explainers

Pressurized pipe flow

A 15-kilometer-long pipe with a pipe diameter of one meter transports water at a speed of one meter per second. The pipe has a friction coefficient of 0.005. Calculate the frictional head loss?

Question

2. A 12-m-long, 4.8-m-wide, and 4.2-m-deep rectangular pontoon has a draft of 2.8 m in seawater
(sp. gr.
1.03). Assuming the load is uniformly distributed on the bottom of the pontoon to
a depth of 3.4 m, and the maximum design angle of list is 15°, determine the distance that the
center of gravity can be moved from the center line toward the edge of the pontoon.

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

Step 2

Step 3

Step 4

Trending now

This is a popular solution!

Step by step

Solved in 4 steps with 4 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, civil-engineering and related others by exploring similar questions and additional content below.

Similar questions

1) For the rectangular barge shown below, calculate the GM in meters (metacentric height) for transverse stability. 2) Also, determine the undamped natural period for heave degree of freedom. B Plan View V Water Surface Side View L = 20m B = 7m Weight of barge = 2800KN kN Weight density of water =10.05 m Assume the barge is built of homogeneous material of specific gravity 0.82
Draw the free-body diagram for the following problem. The bulkhead shown.
Show all the needed calculations that will lead you to conclude that your design is safe. Given Conditions: Coefficient of Friction is 0.5 and the soil bearing capacity is 125kPa. A dam is to be constructed to supply irrigation to farms. As a low dam its height is limited to 3m and the freeboard is set to 0.5m. Design the trapezoidal dam to be as safe under all conditions.
A rectangular barge 8.9 m wide draft in seawater of 2.35 m. It's center of gravity is 2.65 m above the bottom of the barge. Determine the following if it has 12 m long and 3.5 m high: 1. Initial metacentric height (in meter) 2. Righting or overturning moment when the barge tilts until one side is just at the point of submergence.
Civil engineering -Hydraulics
A cylindrical buoy 100mm in diameter and120mm high is placed vertically inside thetank. The tank is 150mm in diameter andcontains water 200mm deep and oil 30mmdeep. If the buoy weighs 5N, determine thedepth of the buoy submerged.
The loaded scow has a draft of 1.8 m in fresh water when in upright position. The scow is 6m wide and 12m long & 2.4 m deep. The center of gravity of the scow is 1.8 m above the bottom of the scow along the vertical axis of symmetry. What is the maximum safe weight that can be moved transversely from the center of the scow & unloaded over the side without sinking it?
Determine support reaction
A rectangular scow 10m wide, 5m high, and 12 m long has a draft of 3m. Its center of gravity is at the center of the scow. If the scow is tipped transversely until one side is just at the point of submergence, find the righting moment.subject : hydraulics
this
For each of the three floating bodies, determine the buoyant force exerted by the liquid. Each body has a draft(depth of submergence)of 1.5 m. SGliquid= 0.8.For the floating bodies in Problem 6(a)Which has the greatest amount of buoyant force?(b)Which has the least amount of buoyant force?
A loaded scow has draft of 6ft in fresh water, when erect. The scow is 20ft wide and 40ft long and 8ft high. The center of gravity of the scow is 6ft above the bottom along the vertical axis of symmetry. What is the max. single weight that can be moved transversely from the center of the scow and unloaded over the side without sinking the scow?