Situation 6 SITUATION 5An Evergreen's rectangular barge with 6750 m² horizontal cross-sectional area at the water line has a draft of 12.58 m in sea water(10.05 kN/m³) when loaded to capacity. In the freshwater at theentrance of the Panama Canal, it was observed that ship draws 12.89m. Unit weight of water is 9.80 kN/m³.11. What is the weight of the barge and its cargo in kN?a. 865,250c. 912,360b. 824,360d. 799,65012. What is the displacement of the barge in freshwater in m³?a. 86,458c. 84,119d. 102,102b. 92,22613. With an available water depth in the canal of 12.75 m above thelock sills, how many kN of carge must the barge be relieved sothat it can barely pass into the locks with 90 mm clearance belowthe keel?a. 16,325c. 19,995d. 15,215b. 14,785SITUATION 6The hull of a boat has a volume of 180 m³, and the total mass of theboat when empty is 8560 kg.14. Determine how much load this boat can carry without sinking ina lake.a. 171,500 kgc. 193,200 kgd. 184,250 kgb. 176,900 kg15. Determine how much load this can carry without sinking inseawater with a specific gravity of 1.03.a. 171,500 kgc. 193,200 kgb. 176,900 kgd. 184,250 kg

Answered: Image /qna-images/answer/6d2ecfb1-4c5b-42f4-a608-714aefe0e5b1.jpg

SITUATION 6 The hull of a boat has a volume of 180 m³, and the total mass of the boat when empty is 8560 kg. 14. Determine how much load this boat can carry without sinking in a lake. a. 171,500 kg c. 193,200 kg d. 184,250 kg b. 176,900 kg 15. Determine how much load this can carry without sinking in seawater with a specific gravity of 1.03. a. 171,500 kg c. 193,200 kg d. 184,250 kg b. 176,900 kg

SITUATION 6 The hull of a boat has a volume of 180 m³, and the total mass of the boat when empty is 8560 kg. 14. Determine how much load this boat can carry without sinking in a lake. a. 171,500 kg c. 193,200 kg d. 184,250 kg b. 176,900 kg 15. Determine how much load this can carry without sinking in seawater with a specific gravity of 1.03. a. 171,500 kg c. 193,200 kg d. 184,250 kg b. 176,900 kg

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 dam is inclined at an angle of 30\deg from the vertical and has the shape of an isosceles trapezoid 80 ft wide at the top and 40 ft wide at the bottom and with a slant height of 60 ft. Find the hydrostatic force on the dam when the water level is at the top of the dam. (Round your answer to the nearest whole number. Assume that the weight density of this water is 62.5 lb/ft3.)
A ship having a horizontal sectional area of 7,065 m^2 at the waterline has draft of 12.35 m in salt water (s=1.03) while in fresh water draws 12.60 m. Find the weight of the ship with its cargo in MN.
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?
A box barge 210 ft. long and 40 ft. wide floats at a draught of 18 ft. in seawater. Calculate: (a) Displacement of the barge in tonnes; (b) Draught in fresh water in meters. (Relative density of sea water is 1.026)
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 center of gravity of the scow is 1.8 m above the bottom along vertical axis of symmetry; (a) What is the angle of tilt if the scow tilts due to a load placed or moved transversely to the right from the center without sinking it as it rolls over the side? (b) What is the weight of the load described in letter a
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 wooden storage vat full of liquid with specific gravity of o.75 is in the form of frustum of a cone, 1.5 m in diameter at the top, 3 m at the bottom, and 2 m high. It is provided with steel hoops, one at the top and one at the bottom. Determine:a. The hydrostatic force acting on the side of the container. b. How high is the said force above the bottom
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.
A long bridge with piers 1.5 m wide, spaced 8 m between centers, crosses a river. The depth of water before the bridge is 1.6 m and that between the piers is 1.45 m. Calculate the volume rate of flow under one arch assuming that the bed of the river is horizontal, that its banks are parallel and that frictional effects are negligible.
A rectangular pontoon 13.5m x 5.4m x 3.0m high floats in water with the 3.0m side vertical. The pontoon weighs 420kN and its centre of gravity is 1.2m above the base of the pontoon. Calculate the metacentric height of the pontoon when floating in:a. fresh waterb. sea water (ρ = 1025kg/m3) In which of these fluids does the pontoon have greater stability?
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
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