How Can Soda React To The Beaker

In the cold beaker the dye molecules moved slowly because molecules move slower when cooled, but there was still movement because molecules are always moving. The reason that the dye molecules move is because the dye is made of matter, which is made of molecules and molecules are always moving. The reason that the blue dye molecules clumped together in the cold beaker is because molecules attract each other. As the blue dye molecules spread out, the spaces between all of them got larger. The dye molecules spread out faster in the hot beaker because molecules move faster when heated. The molecules made the entire beaker blue because the dye molecules were attracted to the water molecules. The pattern of the dye in the warm beaker the molecules made the entire beaker blue
The molecules inside the can (liquid) are always moving, and same for the ones that make up the can. There are spaces between the molecules which make it so the can doesn’t collapse by itself. The soda can had a definite shape when it was on the hotplate, and the shape of the can after it imploded had a different shape, but the volume of the can never changed, because all solids have a definite shape and volume. The soda can was on a hot plate and the water was cold. When the can is dipped in water, the molecules attracted each other, the ones in the can and the ones in the water that is. The molecules in the can were moving faster because they were heated and the ones in the water were moving slower. The reaction was the can imploding, because of the attraction between the molecules in the can and in the water. The reaction also happened because the hot molecules were moving so fast and the cold molecules were moving so slow. The density of the can stayed the same throughout the process because the can lost volume but it also lost mass, making the two