(Solved): A person is standing on a scale as shown in (Figure 1). Next to them is a table with a bucket of ...

A person is standing on a scale as shown in (Figure 1). Next to them is a table with a bucket of water. If they then put their hand in the water, but do not touch the bottom or sides of the bucket, what will the scale read compared to when not putting their hand the water? O There isn't enough information. You need to know the average density of the hand compared to the water. With their hand in the water, the scale will read less than before. O With their hand in the water, the scale will read the same as before. With their hand in the water, the scale will read more than before. Submit Request Answer Part B Four objects made of different materials but withe same volume are shown in (Eigure 2). Rank, in increasing order, the size of the buoyant force acting on each of these objects. Rank the buoyant force on each object from smallest to largest. To rank items as equivalent, overlap them. Reset Help FB on A Fa on B Fa on C smallest Fa on D largest Y Part C You have a collection of objects, with varying sizes and masses Imagine releasing each object in the middle of a large tank of water (density Pwater 1000 kg/m³= 1 g/mL). Determine whether the objects would float to the top fout neutrally in the middle, or senk to the bottom. Sort the objects into the appropriate bins. Reset He A can of soda with a volume of 380 m and a mass of 300 A can of diet soda with a volume of 380 mL and a mass of 370 g A block 8 cifby 8 cm by 4 cm with a mass of 64g A block 2 cm by 2 cm by 1 cm, with a mass of 169 Sinks to the bottom Floats in the bulk of the water, completely submerged A physics text book, 22 cm by 28 cm by 4 cm, with a mass of 24 kg A block 4 cm by 4 cm by 2 cm, with a mass of 32 g Floats at the top, with part of the volume above water Part D 4 You're taking a trip to Utah, and go swimming in the very saline water of the Great Salt Lake. The water has a density of 1100 kg/m³. If you have a mass of 60 kg and a volume of 60 L (0.06 m³), what percentage of your volume would be above water as you floated in the lake? Express your answer as a percentage. 15. ??? BMG ? Request Answer Next > Submit Provide Feedback % Figure A B C D 2 of 2 Previous Figure