Question
Consider a submarine in seawater with a water density of
= 1026 kg/m
3
. The
submarine can be modeled as a cylinder with 50 m length and a diameter of 10 m.
The sole material weight is 2500000
kg. Submarines load seawater as ballast to
dive. Without ballast water, the buoyancy force would keep it floating. How much
percentage of the submarine volume need to be filled with ballast water so that the
vessel can submerge so that the upper Exercise1 Consider a submarine in seawater with a water density of p 1026 kg/m3. The submarine can be modeled as a cylinder with 50 m length and a diameter of 10 m. The sole material weight is 2500000 kg. Submarines load seawater as ballast to dive. Without ballast water, the buoyancy force would keep it floating. How much percentage of the submarine volume need to be filled with ballast water so that the vessel can submerge so that the upper edge is right underneath the water? Weight, w Buoyancy, F Write a Matlab program to solve this problemis right underneath the water?
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