h) Determine the buoyant force by the water on the wood: N i) Determine the force by the wood on the water: N j) Determine the buoyant force by the water on the metal: N k) Determine the force by the metal on the water:

Suppose the maximum blood pressure for a specific person is 160 mm Hg. a) Calculate the maximum force in newtons exerted by the blood on an aneurysm, or ballooning, in a major artery, given the effective area of the aneurysm is 18 cm^2

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4) Will the ship ride higher in a ocean or lake ? Why? 5) Petroleum geologist and engineers often flood oil wells with salt water to increase production. Why ?

Hi I need help with this Multiple Choice question: A 10 cm^3 piece of wood if forced to be fully submerged 2.0 m below the surface of the lake.  Which statement below is true?  Density of wood is larger than the density of water. A) Buoyant force acting on the wood is less than the weight of the piece of wood. B) The buoyant force acting on wood piece would be larger if this object was submerged 3.0 m below the surface of the lake. C) To know whether buoyant force is larger than the weight, one needs to know the specific value of atmospheric pressure. D) All of these statements are false.

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As shown below, a 56 kg block with a density of 1380 kg/m³ is hanging from a string and is completely submerged in a liquid. The buoyant force on the block is 465 . De the string tension and the density of the liquid. Fy = Pliquid- MacBook Air

A brick is thrown into a deep swimming pool. As it sinks deeper and deeper into the water, does the buoyant force on it increase or Decrease?  Explain.

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3. (Ch. 15 - Exercise 50 in Wolfson) A glass beaker measures 12 cm high by 7.0 cm in diameter. Empty, it floats in water with one-third of its height submerged. How many 16-g rocks can be placed in the beaker before it sinks?