There is a cuboid container and a cylinder container. The ratio of the bottom area of the cuboid to the cylinder container is 5:3. There is 3744 cubic decimeters of water in the cuboid container This is the depth of water in the container

There is a cuboid container and a cylinder container. The ratio of the bottom area of the cuboid to the cylinder container is 5:3. There is 3744 cubic decimeters of water in the cuboid container This is the depth of water in the container

3744 / 14.4 cuboid bottom area 260
260 / 5 * 3 cylinder bottom area 156
Height after pouring 3744 / (260 + 1560) = 9

3 ml is equal to () cubic decimeter

3 ml is equal to (0.003) cubic decimeter

When a bottle is filled with water, the total mass is 2.5 kg and the total mass is 2.1 kg, the volume of the bottle is --- cubic decimeter
2. This bottle () can or cannot hold 20 kg of mercury
(P mercury = 13.6 * 10 cubic kg / m3, P alcohol = 0.8 * 10 cubic kg / m3)

The volume of the bottle is 2500 ml. if the mass of the full sprinkled essence is 2.1 kg, the specific gravity of alcohol is not 0.8. If it is filled with mercury, it should be more than 25 kg