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Water (9.81kN / m³) in the semicircular canal is carried. for the 1 m length of the channel, the water being carried 1. Determine the junction of the horizontal and vertical forces applied by the channel section to the ab line. 2. Determine the distance of the horizontal and vertical resultant forces to the AB line relative to the midpoint of the channel, B. (Calculate with integral calculation.)(g=9.81m/s?) A 2 m B

Water (9.81kN / m³) in the semicircular canal is carried. for the 1 m length of the channel, the water being carried 1. Determine the junction of the horizontal and vertical forces applied by the channel section to the ab line. 2. Determine the distance of the horizontal and vertical resultant forces to the AB line relative to the midpoint of the channel, B. (Calculate with integral calculation.)(g=9.81m/s?) A 2 m B

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Water (9.81kN / m³) in the semicircular canal is carried. for the 1 m length of the channel, the water being carried 1. Determine the junction of the horizontal and vertical forces applied by the channel section to the ab line. 2. Determine the distance of the horizontal and vertical resultant forces to the AB line relative to the midpoint of the channel, B. (Calculate with integral calculation.)(g=9.81m/s?) A 2 m B
Transcribed Image Text:Water (9.81kN / m³) in the semicircular canal is carried. for the 1 m length of the channel, the water being carried 1. Determine the junction of the horizontal and vertical forces applied by the channel section to the ab line. 2. Determine the distance of the horizontal and vertical resultant forces to the AB line relative to the midpoint of the channel, B. (Calculate with integral calculation.)(g=9.81m/s?) A 2 m B
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