A thick-walled cylinder with closed ends is subjected to internal pressure p; and external pressure po. If a = 0.6m, b = allowable value of p; in terms of oo. You can start from cquation (8.8) from the textbook. Im, oall 1000, and Tall = 500 and Po = 300, determinc the (Pi – Po)a²b? (b² – a²)r² a²p; – b*Po, (Pi – Po)a²b? (62 – a?)r2 a²p; – b*po 62 a2 Or = 62 – a? Show the maximum allowable Pi dục to (a) hoop stress oe = 0al, (b) longitudinal stress oz = all, and (c) maximum shear stresS Tmax = Tall - What is the overall maximum allowable p;?

C Load, W ø= 100 cm Piston D 30cm L=20cm Water 12cm e =30° Mercury, SG = 13.6 Container Figure 3. c) An inclined manometer consists of multiple types of fluid is shown in Figure 3 and a piston is put above point D. Point B is open to the atmospheric pressure (the atmospheric pressure is 101325 Pa). If the density of water is 998 kg/m². Calculate : (i) the gauge pressure at point C and D (ii) When a weight, W = 10KN is added to the top of the piston, the mercury rises an additional distance up the tube. Determine the new distance of L.

6) Liquid in a closed container with ₁-1000 cm³ is under pressure p₁-1×10 N/m². Volume of the liquid is reduced to V₂=995 cm' when pressure increased to p=2×10 N/m². Calculate volumetric elasticity modulus of the liquid.

Please give a detailed solution in a handwritten format . Use FBD to explain