A rectangular barge with outside dimensions of 20 ft. width, 60 ft. length, and 10 ft. height weighs 350 000 lb. It floats in salt water (v=64.0 lb/ft³), and the center of gravity of the loaded barge is 4.50 ft. from the top. Locate the center of bouyancy (a) when floating on an even keel and (b) when the barge lists at 10°, and (c) locate the metacenter for the 10° list. A rectangular barge with outside dimensions of 20 ft width, 60 ft length, and 10 ft height weighs 350,000lb. It floats in salt water (y = 64.0 lb/ft³), and the center of gravity of the loaded barge is 4.50 ft from thetop. Locate the center of buoyancy (a) when floating on an even keel and (b) when the barge lists at 10°,and (c) locate the metacenter for the 10° list.4.31.

a) W= 350,000 lby=4.557When floating on an even KneelCentre of Buoyancy=y2=4.5572=2.278 Ft. from…

Answered: A rectangular barge with outside…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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A rectangular barge with outside dimensions of 20 ft. width, 60 ft. length, and 10 ft. height weighs 350 000 lb. It floats in salt water (v=64.0 lb/ft³), and the center of gravity of the loaded barge is 4.50 ft. from the top. Locate the center of bouyancy (a) when floating on an even keel and (b) when the barge lists at 10°, and (c) locate the metacenter for the 10° list.

A rectangular barge with outside dimensions of 20 ft width, 60 ft length, and 10 ft height weighs 350,000
lb. It floats in salt water (y = 64.0 lb/ft³), and the center of gravity of the loaded barge is 4.50 ft from the
top. Locate the center of buoyancy (a) when floating on an even keel and (b) when the barge lists at 10°,
and (c) locate the metacenter for the 10° list.
4.31.

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