Diet Soda Vs Regular Soda Floating In Water
Each can of regular coke currently on hand has a mass of about 384 g.
Diet soda vs regular soda floating in water. This makes for a dramatic display of density differences. Cans of regular soda tend to be more dense than water so they sink. In short the density of the diet soda is less than 1 gram per cubic centimeter so it will float. The difference in the amount of dissolved sweeteners leads to a difference in density.
The density of the regular soda is greater than 1 gram per cubic centimeter so it sinks. This 3 difference in density as compared to that of water is enough to allow the can to float as in the photograph above. A 12 oz can of regular soda will sink in the same container of water in which the same brand of diet soda floats. C the mass of the regular soft drink is greater than the mass of the diet soft drink.
Cans of diet soda are. Why does diet soda float. Step 3 a density is the property responsible for the cans floating or sinking. The can of diet coke shown above has a mass of about 370 g as does a second spare can.
B the regular soft drink can with contents is more dense than water. The diet soft drink can with contents is less dense than water and less dense than the regular soft drink. Diet sodas on the other hand use artificial sweeteners such as aspartame.