Diver Explanation Homework

          By the way, the diver is actually a spotter. If you put the diver into a bottle and squeeze it, different things will happen. But first, you must add a bit of water into the diver. If you don't touch the bottle the diver will float. The volume of the diver will be more than the mass. The density of the diver will be less than 1 g/cm3. The diver will also be positively buoyant. If you slightly squeeze the bottle and not too hard, it will stay in the middle of the bottle. The volume of the diver will be the same as the mass. The density of the diver will be exactly 1 g/cm3. The diver will also be neutral buoyant. If you squeeze the bottle as hard as you can, the diver will sink to the bottom. The volume of the diver will be less than the mass. The density of the diver will be less than 1 g/cm3. The diver will also be negatively buoyant. The ballast of the diver to make it float or sink was water. Since I squeezed the bottle and gave it a lot of pressure, it caused more water to enter the diver. That means that the mass of the diver will grow larger the harder I squeeze the bottle.