A frustum of a cone (SG=0.45), 6m high with 4m diameter at the bottom and 2m at the top floats in sea water with an SG=1.05. A 2m concrete (2400 kg/m³) weight is attached at the bottom of the frustum. Determine the following: a. weight "WFC" of the frustum of the cone in kN b. radius "R;" of the frustum in meters at the point of contact with the liquid surface c. buoyant force acting on the frustum of the cone considering the whole set-up d. draft of the frustum of the cone in meters

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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Hi, please provide clear and detailed solution as I will be studying them. Use up to three decimal places and draw+label diagrams. Thank you!

A frustum of a cone (SG=0.45), 6m high with 4m diameter at the bottom and 2m at the top floats in sea
water with an SG=1.05. A 2m concrete (2400 kg/m³) weight is attached at the bottom of the frustum.
Determine the following:
a. weight "WFC" of the frustum of the cone in kN
b. radius "R;" of the frustum in meters at the point of contact with the liquid surface
c. buoyant force acting on the frustum of the cone considering the whole set-up
d. draft of the frustum of the cone in meters
Transcribed Image Text:A frustum of a cone (SG=0.45), 6m high with 4m diameter at the bottom and 2m at the top floats in sea water with an SG=1.05. A 2m concrete (2400 kg/m³) weight is attached at the bottom of the frustum. Determine the following: a. weight "WFC" of the frustum of the cone in kN b. radius "R;" of the frustum in meters at the point of contact with the liquid surface c. buoyant force acting on the frustum of the cone considering the whole set-up d. draft of the frustum of the cone in meters
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