lly first and draw if necessary. A mine of radius 25 cm and mass 10 kg is thrown overboard into the ocean. The mine is attach

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Please solve symbolically first and draw if necessary. A mine of radius 25 cm and mass 10 kg is thrown overboard into the ocean. The mine is attached to a long chain with linear mass density 10 kg/m. How high above the bottom of the ocean bed will the mine end up?
Expert Solution
Step 1

Given:

The Radius (r) = 25 cm

The Mass (m) = 10 kg

The Linear mass density (ρm)=10 kg/m

 

Step 2

On calculating the mass of the chain is as follows,

mc=ρm×h

On substituting the given values in the mass formula,

mc=10 h

 

On  calculating volume as follows,

v=43πr3

On substituting the given values in the volume formula,

v=43π12.5×10-33=8.18×10-3m3

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