A cylindrical pontoon with a diameter D, immersed under
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A cylindrical pontoon with a diameter D, immersed under a sunken load (water density water. = 1020 kg / m3), is filled with air, the pressure of which is determined by pressure gauge M. Determine the force acting on the end wall of the pontoon (module and direction).
Given: D = 1.7m; M = 125kPa = 125 * 103Pa; H = 5.8m
A cylindrical pontoon with a diameter D, immersed under a sunken load (water density water. = 1020 kg / m3), is filled with air, the pressure of which is determined by pressure gauge M. Determine the force acting on the end wall of the pontoon (module and direction).
Given: D = 1.7m; M = 125kPa = 125 * 103Pa; H = 5.8m
Given: D = 1.7m; M = 125kPa = 125 * 103Pa; H = 5.8m
A cylindrical pontoon with a diameter D, immersed under a sunken load (water density water. = 1020 kg / m3), is filled with air, the pressure of which is determined by pressure gauge M. Determine the force acting on the end wall of the pontoon (module and direction).
Given: D = 1.7m; M = 125kPa = 125 * 103Pa; H = 5.8m
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