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schematic of wind blowing on a traffic barrier drum (A 55-gallon drum painted orange). Estimate the wind speed needed to tip the drum over. The empty mass of the drum is 24 lbm, the diameter is 22.5 inches, and the height is 34.5 inches. Traffic Barrier Drum What volume of water is required to keep the drum from tipping over in a wind with sustained gusts of 90 miles/hour? Assume the wall thickness is small, so the dimensions above closely approximate the inside dimensions of the drum.

schematic of wind blowing on a traffic barrier drum (A 55-gallon drum painted orange). Estimate the wind speed needed to tip the drum over. The empty mass of the drum is 24 lbm, the diameter is 22.5 inches, and the height is 34.5 inches. Traffic Barrier Drum What volume of water is required to keep the drum from tipping over in a wind with sustained gusts of 90 miles/hour? Assume the wall thickness is small, so the dimensions above closely approximate the inside dimensions of the drum.

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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schematic of wind blowing on a traffic barrier drum (A 55-gallon drum painted orange). Estimate the wind speed needed to tip the drum over. The empty mass of the drum is 24 lbm, the diameter is 22.5 inches, and the height is 34.5 inches. Traffic Barrier Drum What volume of water is required to keep the drum from tipping over in a wind with sustained gusts of 90 miles/hour? Assume the wall thickness is small, so the dimensions above closely approximate the inside dimensions of the drum.
Transcribed Image Text:schematic of wind blowing on a traffic barrier drum (A 55-gallon drum painted orange). Estimate the wind speed needed to tip the drum over. The empty mass of the drum is 24 lbm, the diameter is 22.5 inches, and the height is 34.5 inches. Traffic Barrier Drum What volume of water is required to keep the drum from tipping over in a wind with sustained gusts of 90 miles/hour? Assume the wall thickness is small, so the dimensions above closely approximate the inside dimensions of the drum.
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