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10 0.8 roofs with obstructions or non-slippery surfaces 0.6 unobstructed slippery 0.4- surfaces with thermal resistance R2 30'Fhfr/Btu (5.3'C-m/W) for 0.2F unventilated roofs or R2 20°F-h-fr/Btu (3.5 Cm'/W) for of ventilated roofs 30 60 90 Roof Slope Roof slope factor C, with warm roofs and C, 1.0 P2.19

10 0.8 roofs with obstructions or non-slippery surfaces 0.6 unobstructed slippery 0.4- surfaces with thermal resistance R2 30'Fhfr/Btu (5.3'C-m/W) for 0.2F unventilated roofs or R2 20°F-h-fr/Btu (3.5 Cm'/W) for of ventilated roofs 30 60 90 Roof Slope Roof slope factor C, with warm roofs and C, 1.0 P2.19

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Question

Calculate the vertical hydrostatic load on the

5100-lb empty shipping container in Figure P2.19 sub-
jected to a tsunami inundation height of 3ʹ. Assuming the

container is water-tight, will the tsunami wave be capable
of carrying away the container as debris?

10 0.8 roofs with obstructions or non-slippery surfaces 0.6 unobstructed slippery 0.4- surfaces with thermal resistance R2 30'Fhfr/Btu (5.3'C-m/W) for 0.2F unventilated roofs or R2 20°F-h-fr/Btu (3.5 Cm'/W) for of ventilated roofs 30 60 90 Roof Slope Roof slope factor C, with warm roofs and C, 1.0 P2.19
Transcribed Image Text:10 0.8 roofs with obstructions or non-slippery surfaces 0.6 unobstructed slippery 0.4- surfaces with thermal resistance R2 30'Fhfr/Btu (5.3'C-m/W) for 0.2F unventilated roofs or R2 20°F-h-fr/Btu (3.5 Cm'/W) for of ventilated roofs 30 60 90 Roof Slope Roof slope factor C, with warm roofs and C, 1.0 P2.19
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