3) Buoyancy Question a) What is the buoyant force of a 150,000 Kg submersible ROV (remotely operated submarine) with volume of 70m³. The Dm of water is 1025kg/m³. BF=Weight of water displaced= Dm x V xg b) What will be the ROV weight in water? Mass of water displaced = DmXV, Fw=mg. c) What is the pressure on the ROV at 100m depth when Dw = Weight of the water /Volume of water displaced. Pressure=hx Dw (Where h is the water depth).
3) Buoyancy Question a) What is the buoyant force of a 150,000 Kg submersible ROV (remotely operated submarine) with volume of 70m³. The Dm of water is 1025kg/m³. BF=Weight of water displaced= Dm x V xg b) What will be the ROV weight in water? Mass of water displaced = DmXV, Fw=mg. c) What is the pressure on the ROV at 100m depth when Dw = Weight of the water /Volume of water displaced. Pressure=hx Dw (Where h is the water depth).
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Transcribed Image Text:3) Buoyancy Question
a) What is the buoyant force of a 150,000 Kg submersible ROV (remotely operated submarine) with volume of
70m³. The Dm of water is 1025kg/m³. BF=Weight of water displaced = Dm xVxg
Fw=mg.
b) What will be the ROV weight in water? Mass of water displaced = DMXV,
4)
c) What is the pressure on the ROV at 100m depth when Dw = Weight of the water /Volume of water displaced.
Pressure=hx Dw (Where h is the water depth).
Hydraulic Pressure Question & MA
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