Question

A boat floats on the surface of the water in a large but a finite-size swimming...

A boat floats on the surface of the water in a large but a finite-size swimming pool. How would the water level in the pool change if

(a) we take a massive block from the boat and drop it into the water? The density of the rock is larger than the density of water. (b) we drill a hole in the boat, and it begins to sink into the pool water?

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(a) we take a massive block from the boat and drop it into the water? The density of the rock is larger than the density of water.

Answer : According to Archimedes Principles :Aan object submerged in water will displace an amount of water equal to its volume.An an object floating in water will displace an amount of water equal to its weight. Therefore, Since we have anything massive block that is more dense than water floating in a boat and as we throw it into the water, the water level will go down.

(b) we drill a hole in the boat, and it begins to sink into the pool water?

Answer : Here the level of water will rise because the volume of boat is quite large when it will submerged in the water it will displace more water.

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