A sea water float consists of a cylinder and cone combined as shown here below. The density of sea water is 1026 kg/m3 and g = 9.81 m/s2
Calculate the total upthrust in kN which is exerted on the float when it is totally immersed in the ocean.
Draw a labelled diagram showing the float, the water level and all forces acting on the float. Dimensions are: D = 0.6m, H = 1.0m, h = 0.8m
A sea water float consists of a cylinder and cone combined as shown here below. The...
Task2 A sea water float consists of a cylinder and cone combined as shown here below. The density of sea water is 1026 kg/m3 and g = 9.81 m/s2 Calculate the total upthrust in kN which is exerted on the float when it is totally immersed in the ocean. Draw a labelled diagram showing the float, the water level and all forces acting on the float. Dimensions are: D = 0.6m, H = 1.0m, h = 0.8m
A hinged water storage is shown below. Its top side is denoted as C, the narrow side as B and the long side as A. Assume water density is 1000 kg/m3 and gravity is 9.81 m/s2 Side A is hinged at the bottom edge and secured using a clasp at its top edge centre position. Dimensions are: L = 0.8m, H = 0.6m & W = 0.4m When the tank is full of water: a) Calculate the size and location...
A hinged water storage is shown below. Its top side is denoted as C, the narrow side as B and the long side as A Liew. Side C Clasp Side B Side A Hinges View Assume water density is 1000 kg/m3 and gravity is 9.81 m/s2 Side A is hinged at the bottom edge and secured using a clasp at its top edge centre position. Dimensions are: L = 0.8m, H = 0.6m & W=0.4m When the tank is full...