A block of wood 0.25 m thick is floating in sea water. The Specific Gravity (SGw) of Wood is 0.35 while that of sea water (SGs) is 1.02. Summarize your answer like the format below and Find the minimum AREA of a block that will support a man weighing 80 kg. (Clue: 0,00 M^2) 大。 Wman = 80 kg Wwoco BF

Architectural Drafting and Design (MindTap Course List)
7th Edition
ISBN:9781285165738
Author:Alan Jefferis, David A. Madsen, David P. Madsen
Publisher:Alan Jefferis, David A. Madsen, David P. Madsen
Chapter17: Floor Plan Dimensions And Notes
Section: Chapter Questions
Problem 17.15Q
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A block of wood 0.25 m thick is floating
in sea water. The Specific Gravity (SGw)
of Wood is 0.35 while that of sea water
(SGs) is 1.02. Summarize your answer
like the format below and Find the
minimum AREA of a block that will
support a man weighing 80 kg. (Clue:
- m^2)
大,
Wman = 80 kg
Wwooo
BF
Weight of the man
Unit weight of the wood
N
m
Unit weight of sea water
Equation of Volume of Wood
Block
N
m
Area of the block
m?
zlzzE
Transcribed Image Text:A block of wood 0.25 m thick is floating in sea water. The Specific Gravity (SGw) of Wood is 0.35 while that of sea water (SGs) is 1.02. Summarize your answer like the format below and Find the minimum AREA of a block that will support a man weighing 80 kg. (Clue: - m^2) 大, Wman = 80 kg Wwooo BF Weight of the man Unit weight of the wood N m Unit weight of sea water Equation of Volume of Wood Block N m Area of the block m? zlzzE
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