L = 0.6 m, m = 450 kg, rho_liquid = 1030 kg/m^3 g = 9.81m/s^2 determine: a) the
ID: 1670444 • Letter: L
Question
L = 0.6 m, m = 450 kg, rho_liquid = 1030 kg/m^3 g = 9.81m/s^2 determine: a) the magnitude of the downward fluid force exerted on thetop of the cube (F_d) b) the magniture of the upwawrd fluid force exerted on thebottom of the cube (F_u) c) the magnitude of the tensile force within the nylon cord(F_t) d) the magniture of the buoyant force acting upon the entirecube (F_b) e)the two distinct relationships between F_b and the otherquantities (F_d, F_u, F_t, & mg I need step by step solutions to each question please...Explanation / Answer
a) the magnitude of the downward fluid force exerted on thetop of the cube (F_d) F=L/2*g*0.62=1091N b) the magniture of the upwawrd fluid force exerted on thebottom of the cube (F_u) F2=L*3/2*g*0.62=3274N c) the magnitude of the tensile force within the nylon cord(F_t) T=mg-(F2-F)=2231.5N d) the magniture of the buoyant force acting upon the entirecube (F_b) F3=T=2183N e)the two distinct relationships between F_b and the otherquantities (F_d, F_u, F_t, & mg F_b=2183=F_u-F_d=mg-F_tRelated Questions
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