Diet Coke And Regular Coke Density Experiment

The can of diet coke shown above has a mass of about 370 g as does a second spare can.

Diet coke and regular coke density experiment. Each can of regular coke currently on hand has a mass of about 384 g. Coke and diet coke. Heavy sugar experiment density of coke and diet coke duration.

I know it is quite unlikely but does anybody possibly have the same experiment or somehow find the density for me i would greatly appreciate it. Density is defined in a qualitative manner as the measure of the relative heaviness of objects with a constant volume. Both cans say 12 fl.

Coke and diet coke both have a volume of 200ml but for sure they both have a different density. This 3 difference in density as compared to that of water is enough to allow the can to float as in the photograph above. The extra weight comes from the natural sugar in coca cola and pepsi that is not present in a can of diet.

The diet coke can contains very little sugar and therefore it floats. This happens because of the sugar content in both cans. The coke can and the other cola can contain much more sugar which adds to the weight and therefore they sink in the tank.

I had to do a lab in school and i think i messed up on the density of diet coke and regular coke. With the burette the average density of coke is 0 99 and the average density of diet coke is 1 0. Among the three instruments the most precise was the graduated cylinder and the most accurate was the volumetric pipette.

Coke s density v s diet coke s density independent variable the. So they appear to be the same size and weight so should have the same density. Its overall density is 370 g 380 cm 3 or 0 97 g cm 3.