Question no.1 The vessel in Example 1.7.2 is going to discharge (- minus) two parts of the cargo: Cargo no.5 = 300 tons distance from App ( pt.A) 84.3 meters %3D And Cargo no.6 = 500 tons distance from App ( pt. A) Find the new Longitudinal Center of Gravity (Vertical Center of Gravity problem) Question no. 2 Ship MS Linda is to load for her next port as in example in 1.7.4. The Vertical Center of Gravity ( VCG) is as VCG cargo hold on below as follows. Displacement before loading is 11, 495 tons with VCG of 7.74 meters from Keel. To load ( plus + the weights and moments) Hold no. 2 = 2,000 tons distance from keel7.14 mtrs Hold no. 4 = 2,500 tons distance from keel 7.13 mtrs Hold no.6 = 3,000 tons distance from keel 7.74 mtrs Find the new Vertical Center of Gravity( VCG) after

Question no.1 The vessel in Example 1.7.2 is going to discharge (- minus) two parts of the cargo: Cargo no.5 = 300 tons distance from App ( pt.A) 84.3 meters %3D And Cargo no.6 = 500 tons distance from App ( pt. A) Find the new Longitudinal Center of Gravity (Vertical Center of Gravity problem) Question no. 2 Ship MS Linda is to load for her next port as in example in 1.7.4. The Vertical Center of Gravity ( VCG) is as VCG cargo hold on below as follows. Displacement before loading is 11, 495 tons with VCG of 7.74 meters from Keel. To load ( plus + the weights and moments) Hold no. 2 = 2,000 tons distance from keel7.14 mtrs Hold no. 4 = 2,500 tons distance from keel 7.13 mtrs Hold no.6 = 3,000 tons distance from keel 7.74 mtrs Find the new Vertical Center of Gravity( VCG) after

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

A barge of constant rectangular section has a length of 50m, a breadth of 12.5m and a draft of 3.2m inriver water of density 1010 kg/cu.m. The barge has a KG of 2.9m. 180 tonne of cargo is now loaded at 1.8 offcenterline at a Kg of 1.2m. Find the new metacentric height and the angle of heel
An open tank has a 3 m square horizontal section and weighs 3.5 kN. It contains water to a depth of 1.0 m. An unbalanced force of 15 kN is applied to the tank parallel to one of the pair of sides. Determine the minmimum height in meters of the tank in order to prevent any spillage. a.1.24 b.1.60 c.1.76 d.1.50
Need answer ASAP. Please be detailed and clear with your solution. V. A wooden buoy of specific gravity 0.75 floats in a liquid having a specific gravity of 0.85.1) Evaluate the percentage of the volume of the buoy above the liquid surface to the total volume of the buoy. * 2) If the volume above the liquid is 0.045 cubic meters, estimate the weight of the buoy, in kN. 3) What vertical force, in kN, applied to the buoy to fully submerge it? *
2. The tanker carries 1.5 x 10^6 barrels of crude oil in its hold. Hint: Each barrel contains 42 gallons, and there are 7.48 gal/ft^3 Determine the weight of the oil in pounds if its specific gravity is 0.87. Show illustration.
A cylindrical vessel with 3 meter in diameter and 3 meter in height was filled with water to a depth of 2.5 and rotated on its vertical axis at a constant angular velocity w. Find spilled water If w=3rad/sec What angular velocity in rpm will just zero the depth at the bottom of the container. If w=20rad/sec how much area at the bottom is uncovered?
Oil is conveyed on a 6” diameter pipe, sg=0.8 the velocity is 30ft/s. The pipe diameter narrows to 2”, a)what is the flow rate? b) how many times velocity is faster at the 2” diameter compared to the larger pipe? c)How much time would it take to fill 100ft^3?
A fully loaded water-plane of a 420-m long supertanker has the following half-ordinates: 0.0, 8.9, 14.8, 22.8, 31.9, 25.6, 18.2, 12.2, 6.8. What is the water-plane area?
A ship with cargo weighs 44,480 kN and draws 7.60m of salt water. On crossing a bar at the entrance to a river her draft is decreased by 30 cm by the discharge of 2670 kN of water ballast. In going up the river to fresh water, 445 kN of coal burned. What will her draft be then and how much ballast must be required to increase it by 30 cm? Assume that the sides of the vessel near the water surface are vertical.
You have a rectangular box 1.5m long, 0.8m wide and 0.6m high. How many gallons of water can it hold? (1.0 gal = 0.134ft^3 and 1.0m = 3.281 ft)
A rectangular barge 6m long, 3m wide and 1m high floats in water at a draft of 0.6m, determine the metacentric height in this condition. The center of gravity of the barge is 0.5m above its bottom. a. 1.25m b. 1.05m c. 1.45m d. 1.55m
A rectangular boat with additional load at thecenter of 1200 kgis submerged in water by 1.8 m. The boat is 8 mlong and 6 mwide and 2.4 m high. Find the total draft after the1200kg is placed at the edge of the boatwithout causing it to sink. Assume water is freshwith density equal to1000 kg/cu.m.Determine the initial metacentric height.Determine the final metacentric height.Determine the shifting of the center of buoyancy.
5. The barge has the vertical sides and flat bottom of 30 m² area. When partly loaded the barge is immersed in sea water (s.g. = 1.03) to a depth of 0.61 m upon removal of the load the barge rises 0.4 m. a) What is the approximate weight of the barge? b) What vertical displacement will result if 9,070 kg truck is loaded on the barge?