Question

In class, we saw a video of a solid iron anvil floating on a pool of liquid mercury. If the specific gravity of liquid mercury is 13.6 and the specific gravity of iron is 7.8, approximately what percentage of the iron anvil will be submerged? 42.65% will be submerged 57.35% will be submerged 174.36% will be submerged 71.32% will be submerged A 3.1 kg block of ice, with volume 0.2 m3, floats on a bucket full of acetic acid. What is the buoyant force on the block of ice, in newtons? NOTE: Your answer must be within 0.1 of the correct answer.

          In class, we saw a video of a solid iron anvil floating on a pool of liquid mercury.
If the specific gravity of liquid mercury is 13.6 and the specific gravity of iron is 7.8, approximately what percentage of the iron anvil will be submerged?
42.65% will be submerged
57.35% will be submerged
174.36% will be submerged
71.32% will be submerged
A 3.1 kg block of ice, with volume 0.2 m3, floats on a bucket full of acetic acid.
What is the buoyant force on the block of ice, in newtons?
NOTE: Your answer must be within 0.1 of the correct answer.

In class, we saw a video of a solid iron anvil floating on a pool of liquid mercury.
If the specific gravity of liquid mercury is 13.6 and the specific gravity of iron is 7.8, approximately what percentage of the iron anvil will be submerged?
42.65% will be submerged
57.35% will be submerged
174.36% will be submerged
71.32% will be submerged
A 3.1 kg block of ice, with volume 0.2 m3, floats on a bucket full of acetic acid.
What is the buoyant force on the block of ice, in newtons?
NOTE: Your answer must be within 0.1 of the correct answer.

Added by Salvador Y.

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