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This Concept Map, created with IHMC CmapTools, has information related to: Submerged surfaces, Perpindicular to the direction of the pull of gravity whose magnitude is Force, Fluid depth divided by The constant "3", The constant "3" as measured from fluid's bottom, Fluid density multiplied by depth to centroid, Fluid density multiplied by (1/2) fluid's depth, Force to sheet 1? Force, A curved surface whose location is Fluid depth, Angular to the direction of the pull of gravity whose location is Fluid depth, Angular to the direction of the pull of gravity whose magnitude is Force, The constant "3" which is From fluid's bottom, Force is equal to Fluid density, Force is equal to The fluid's density, How do you determine the forces on submerged surfaces? by determining if the surface is A curved surface, Fluid depth divided by The constant "3", depth to centroid multiplied by Area of the surface, How do you determine the forces on submerged surfaces? by determining if the surface is Parallel to the direction of the pull of gravity, Force is equal to Fluid density, Perpindicular to the direction of the pull of gravity whose location is Fluid depth, Parallel to the direction of the pull of gravity which the magnitude is Force, How do you determine the forces on submerged surfaces? by determining if the surface is Perpindicular to the direction of the pull of gravity