Diagram, label and explanation pls

3. A vacuum suspended fish tank is made of a large tank at the base and an inverted tank. A 0.5-m- wide (dimension into paper) glass panel ABC is free to rotate around the hinge. After the fish tank is filled with water (density 1000 kg/m), as shown in the Figure, determine: (a) The gauge pressure at A, B, and C (b) The total horizontal force exerted on the glass panel ABC, Fr (c) The total vertical force exerted on the glass panel ABC, F (d) The location of F, denoted by y (e) The location of F, denoted by x (f) The minimum vertical force required to apply at point C to open the glass panel. You may assume that 1. No leaking anywhere in the fish tank. 2. The weight of the glass panel is negligible. HINT: think about how the pressure changes as it goes up and visualize the pressure distribution. hinge 0.4 m Water y A 0.3 m F B Fh 0.4 m x C 0.1 m 0.2 m 0.5 m