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Why does regular coke sink but Diet Coke floats?
Diet coke is less dense than regular coke.
Will warm Diet Coke sink in water?
no
Does coke or diet coke float?
Diet coke floats because Floating occurs because floating objects displace, or push aside, a certain amount of liquid. If an object displaces more than its weight in liquid, it floats; otherwise it sinks. Density (the mass per unit of volume) determines how much liquid is displaced. Density is usually compared to water, which is assigned a density of 1. Materials sink if (like regular Coke) they are more dense than water, while less-dense materials, like Diet Coke, float.
Can a white gold ring float in coke?
No. Coke is mostly water which has a density of 1 g/ml. Gold alloys have a density of around 19 g/cm3.
Why does regular coke sink?
Regular coke contains sucrose as a sweetener. Sucrose is more dense than water, and so it sinks. Diet coke doesn't sink because it contains aspartame as a sweetener. Aspartame is less dense than water.
Why does Diet Coke sink and regular not?
it is actually the other way around diet coke sinks because it is less dense than water and regular is more dence so it sinks
Why does the Diet Coke float in water while the Regular coke sinks?
The Diet Coke will float because it is less dense than water and the regular coke will sink because it is more dense than water.In regular coke, more sugar is used as a sweetener also makes it more dense than water and the more dense the substance, it is the more likely to sink.Aspartame and Saccharin are artificial sweeteners found in diet coke. They are at least 200 times sweeter than table sugar. Therefore, a smaller amount of sweetener is used to sweeten the diet coke.Density is the amount of mass in a volume (mass/volume).Any substance that is less dense than water is likely to floatAny substance that is more dense than water is likely to sink.
Why is regular Coke more dense than Diet Coke?
Sugar and artificial sweeteners are both more dense than water. However, diet drinks do not actually contain nearly as much artificial sweetener as regular drinks contain sugar, so the net result is that they're much closer to the density of water. The small amount of air contained within a can is enough to make a diet soda float in a barrel of water; the heavier regular drinks usually sink.I believe it has more dissolved sugar which increases its density.
Why doesn't the sugar in coke sink?
it dissolves
Why will a can of Diet Coke float in water and a can of regular coke will not?
An object will float in a liquid if its density is less than the density of the liquid. The density is the mass divide by the volume.An object will float in a liquid if its density is less than the density of the liquid. The density is the mass divide by the volume.An object will float in a liquid if its density is less than the density of the liquid. The density is the mass divide by the volume.An object will float in a liquid if its density is less than the density of the liquid. The density is the mass divide by the volume.
Which is denser coke or Diet Coke?
HypothesisRegular coke and Diet coke will both sink in the water.orRegular coke will float and Diet coke will sinkAnswer: Both are wrong. The diet coke will float, while the coke can will sink. Due to the aspartame being a 180 times more sweeter than regular sugar, you would not need as much to make the drink sweet as you would in a regular can of coke! This can be proven by calculating both of their densities.Water's Density: 1000 kg/cm3 or 100 g/mL--Both are right; however, the first one is what Canadians use, while the second one is what the Americans use (I'm Canadaian by the way).You will first need to find the volume that's in a regular sized can, which is 355 mL (do not worry, 1 mL= 1 cm3)Next, you will find both the amount of sugar and aspartame in the coke and the diet coke (Coca Cola has 39 g of sugar, while the Diet Coke has 0.2 g of aspartame)Finally, to find the mass of both the Coke and Diet Coke, you will add the volume of liquid with the sugar (for Coke) and the aspartame (for the Diet Coke)Coca Cola's mass equals to 394, 000 kg or 394 g; Diet Coke's mass equals to 355, 200 kg or 355.2 gDensity's Formula: D= m/vD= densitym= massv= volumeCoca Cola (Canadian): D= m/vD= 394, 000 kg / 355 cm3D= 1109.9 kg/cm3Coca Cola (American): D= m/vD= 394 g / 355 mLD= 1.1 g/mLDiet Coke (Canadian): D= m/vD= 355, 200 kg / 355 cm3D= 1000.6 kg/cm3Diet Coke (American): D= m/vD= 355.2 g / 355 mLD= 1.0 g/mL***Note: The American calculation for density still equals 100 g/mL. It is just shown as a percentage kind of way***Therefore, we can see that the Coca Cola's density ismuch greater than the density of water, which explains why it sinks to the bottom of the container. However, if we were to add a 100 g of sugar into the water, both of the cans will float. The reason behind this is that the sugar particles mix in with the water and making it even more densed (heavier) than a can of coke!
Does coke damage car paint?
i don't think so, cause u don't sink ur car in coke right....? so..just wrap it off lol
