Density-Buoyancy Relationships The table below shows the densities for 5 objects. All 5 will be fully...

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Density-Buoyancy Relationships The table below shows the densities for 5 objects. All 5 will be fully submerged in SALTWATER (p=1.03 kg/L). When fully submerged, which of the objects will RISE? Choose all that apply. Density (kg/L) Object 1 1.030 Object 2 2.135 Object 3 Object 4 1.030 0.7660 Object 5 2.020 Forces Buoyancy Relationship The table below shows the buoyant force acting on each of the 5 objects when fully submerged. All 5 will be fully submerged in MERCURY. Each object weighs 89 N. Which of the objects will have NEUTRAL BUOYANCY? Choose all that apply. Object 1 Buoyant Force (N) 139 Object 2 189 Object 3 91 Object 4 Object 5 49 189 Net Force A 165 kg object is fully submerged in water and is displacing 1442 N of water. Determine the weight of the object, the buoyant force acting on the object, and the net force on the object. Object's weight= Buoyant force Net force Choose direction Density-Buoyancy Relationships The table below shows the densities for 5 objects. All 5 will be fully submerged in SALTWATER (p=1.03 kg/L). When fully submerged, which of the objects will RISE? Choose all that apply. Density (kg/L) Object 1 1.030 Object 2 2.135 Object 3 Object 4 1.030 0.7660 Object 5 2.020 Forces Buoyancy Relationship The table below shows the buoyant force acting on each of the 5 objects when fully submerged. All 5 will be fully submerged in MERCURY. Each object weighs 89 N. Which of the objects will have NEUTRAL BUOYANCY? Choose all that apply. Object 1 Buoyant Force (N) 139 Object 2 189 Object 3 91 Object 4 Object 5 49 189 Net Force A 165 kg object is fully submerged in water and is displacing 1442 N of water. Determine the weight of the object, the buoyant force acting on the object, and the net force on the object. Object's weight= Buoyant force Net force Choose direction