Physics, asked by nirmalshrestha6374, 5 hours ago

a large ocean linear floating in the sea has a volume of 375000 m² and displace 50000 m² of a sea water. determine the density and mass of the ship. explain why dispite being made of metal, the ship is able to float.

Answers

Answered by uma111240
11

Answer:

Density of the ship :133.33 kg/m³ Mass of the ship :50,000,000 kg Ships are able to float on water because they displace a volume that equals their own weight Explanation: The formula for density is; Density = Mass/Volume But the mass of displaced fluid is give by the formula; 51 m=pV where p is density of the fluid and V is volume of water displaced Volume of liner = 375000m ^ 3 Volume displaced I = 50000m ^ 3 The volume of the water displaced is equal to mass of the liner I * m ^ 3 = 1000 kg 50000 m³ = 50000*1000 = 50,000,000 kg

kg 50,000,000 kg-------- mass of the ship

So if; m = 50, 000, 000 kg; v = 375000m ^ 3 p = m/V rho = 50, 000, 000/3 375000 rho = 50, 000, 00l /375000 rho = 133.33 kg / (m ^ 3) Ships are able to float on water because they displace a volume that equals their own weight. Additionally, the air contained in the spaces of the ship inside is much less dense than density of water aiding in the floating process.

hope this helps

Answered by merwa202008
2

Answer:

Explanation:

p=m/v        p=density      m=mass      v=volume

m=p×v

m=1000kg/m^3×375000m^3        water has a density of 1000kg/m^3

m=375000000kg

ships float because the air inside ship is less than the water(sea or ocean)

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