Density Of Diet Soda

The cans of soda have exactly the same volume or size.

Density of diet soda. A 12 us fluid ounce 355 ml can of diet soda contains 0 18 grams 0 0063 oz of aspartame and for a 75 kg 165 lb adult it takes approximately 21 cans of diet soda daily to consume the 3 75 grams 0 132 oz of aspartame that would surpass the fda s 50 milligrams per kilogram of body weight adi of aspartame from diet soda alone. Dissolved carbon dioxide in both diet and regular coke probably also changes the density. The more closely packed the atoms the more density.

A can of coke floated in a bucket of water because it has more sugar than the can of diet coke. Adding 13 g for the can brings this to 384 g for an overall density of 1 01 g ml enough to sink the can. It will be heavier than the diet soda and that is why it will sink.

The idea behind this coke is that regular coke contains 39 g of foke per ml soda but because the density in diet coke is diet much sweeter than sugar diet is much cike of sugar in the diet coke than there is sugar in regular coke. Any mass over about 380 g will sink the can as noted above. Chek kountry mist mass of 62 369 grams with a density of 1 05 g ml so it sinks.

This difference in weight makes the can of diet coke sufficiently buoyant to float. Diet coke pepsi has a lower density so a can of it floats. So they appear to be the same size and weight so should have the same density.

This is because the can of regular soda has more density due to the sugar dissolved in the soda. The coke however exhibits a density of 1. The density of the regular soda and the diet soda differed.

The coke however exhibits a density of 1 03 g ml. In terms of density the density of diet coke is roughly 1 00 g ml the same as water. Pepsi mass of 59 534 grams with a density of 1 01 g ml so it sinks.