Short Answer:
buoyancy
Long answer:
An object submerged in water displaces water according to how much it weighs. In fact, the water will push upward against the object with a force equal to the weight of the water it displaces. For example, a bowling ball and a beach ball that are the same size will have the same volume. The bowling ball, however, is more massive and thus denser than the beach ball. In both cases, the water pushes up against the ball with a force equal to the weight of water it displaced. In the case of the bowling ball, it weighs more than the amount of water it displaced, so it sinks. The beach ball, however, displaces very little water and the air inside it is much lighter than the weight of the water it displaced, so it floats.When lifting something underwater, you have the help of water pushing the object upwards along with your own strength, which is why it's easier to pick up things underwater than on land.
Source:
https://www.wonderopolis.org/wonder/why-is-it-easier-to-lift-someone-in-water-than-on-land
The table shows that amphibole has a density 3.3 g/cm^3; feldspar has 2.6 g/cm^3, garnet has 4.2 g/cm^3, and finally quartz has 2.7. This means that garnet has the greatest density.
The diameter of the largest particle that would be carried at point A when the velocity of the Battenkill River is 50 cm/s is 0.8 to 1.1 cm.
So, The answer ranges from any value of 0.8 cm to 1.1 cm.
Answer:
897898749+4878947948=87798478
Explanation:
if u takee 949484 it turntsinto 38478974894 thanks for the points
Answer:
France may have been Britain's key ally, and the British government accepted that it had no choice but to stand by France for so long as the war was being fought.
Explanation:
The correct answer should be Warm and Moist
Such regions can suffer from massive monsoons that can last for months, as well as typhoons, tsunamis, and similar.
