You have two identical pure silver ingots. You place one of them in a glass of w

Question

You have two identical pure silver ingots. You place one of them in a glass of water and observe it to sink to the bottom. You place the other in a container full of mercury and observe that it floats. Comparing the buoyant forces in the two cases you conclude that the buoyant force in the water is equal to that in mercury. O the buoyant force in the water is larger than that in mercury. the buoyant force in water is smaller than the that in mercury the buoyant force in the water is zero and that in mercury is non-zero No conclusion can be made about the respective values of the buoyant forces Question 15 1 pts Bernoulli's principle is a statement of the conservation of linear momentum. conservation of mass. conservation of energy. conservation of kinetic energy. O

Explanation / Answer

According to the chegg guidelines I am allowed to answer only 1 question at a time .

1) comparing the buoyant forces in the two cases you conclude that

OPTION C ) the buoyant force in teh water is smaller than that in mercury ==================================================ANSWER)

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