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- mu .ebiuft ai abiuli wod woft 92sdq-blum grim bipil arb adaugi NOTE: Figure noted as a ter | drawn to scale ri 01 Jnsle 10 cm 21 vd bubo 30 cm diameter Ismiginti mun lliw tened slugstairi m-Io older ad lliw sido b diameter A 9ri I su ai Jn6jani ai W PR (1991 of sd adgled ern PROBLEM 2. The setup shown in Figure 4 is an experiment that demonstrates hydrostatic forces on curved surfaces. A liquid with specific gravity of 1.30 is stored on a 30-cm diameter closed container with pressurized air. The bottom part of the container is deformed into a certain curved surface AB that has 20-cm diameter circular cross-section and hollow volume of 1200 cm³. Attached to the air layer is a U-tube manometer that (1911-1919 is connected to a 10-cm diameter piston made of a cylindrical toolgas as ts benilni od block of weight, W. The manometer fluid has a specific gravity of 10 sul mumixem er Subien 2.40. In a certain trial, the recorded magnitude of the resultant hydrostatic force on curved surface AB…Hello, I don't understand how to get the to equation of the moment of inertia for the shape in the picture below. I have added my own finding in the photo below. I hope you can help me. Thanks! Julia(b) Find the natural frequencies and mode shapes. (c) Calculate the natural frequencies and mode shapes with m₁ = m2 = 2 kg and k₁ = k2 = 3000 N/m. You can just use the formula you obtained in (b).
- O Aa dement is suhjet the e b in Figr * Cakulae de cente and rads of te M's s cinde and skench de cincle * Caloulae the valun of principal strones and sho them on the cinde Durmine the dwtion of the larger principal ses lative e the 75 Ni. 15 Ni 75 Ni 30 N Figurehow to solve this question step by step7 and 8