: A tank containing water moving horizontally with a constant linear acceleration (3.5m/sec ), and vertical acceleration decreases by (25%) from the horizontal acceleration. The tank was (3m) high, (2.5m) length and (Im) width. Determine the force on the bottom of tank if the water level at rest was (2m). (Answer with sketch, See Fig.3)
: A tank containing water moving horizontally with a constant linear acceleration (3.5m/sec ), and vertical acceleration decreases by (25%) from the horizontal acceleration. The tank was (3m) high, (2.5m) length and (Im) width. Determine the force on the bottom of tank if the water level at rest was (2m). (Answer with sketch, See Fig.3)
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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B: A tank containing water moving horizontally with a constant linear acceleration (3.5m/sec ), and vertical
acceleration decreases by (25%) from the horizontal acceleration. The tank was (3m) high, (2.5m) length and
(Im) width. Determine the force on the bottom of tank if the water level at rest was (2m). (Answer with
sketch, See Fig.3)
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