How do you find the density of a Coke can?

How do you find the density of a Coke can?

Example: Calculate the density in g/mL of Diet Coke if a 355 mL can weighs 355.1 g. The above calculations make the asumption that the weight of the aluminum can is constant….

Does Coke or Diet Coke have a higher density?

Diet drinks are less dense than their regular counterparts because the sweetener added to them is “sweeter” than sugar. Regular Coke/Pepsi has a higher density than water, so a can of it sinks in water. Diet Coke/Pepsi has a lower density, so a can of it floats.

How big is an American can of coke?

oz (355ml) Can.

What is the density of regular soda in can?

1 gm/cc
The density of a can of regular soda is just over 1 gm/cc, while that of a can of diet soda is just under. This makes for a dramatic display of density differences. A 12-oz can of regular soda will sink in the same container of water in which the same brand of diet soda floats.

How do you find the density of a can?

The Density Calculator uses the formula p=m/V, or density (p) is equal to mass (m) divided by volume (V). The calculator can use any two of the values to calculate the third. Density is defined as mass per unit volume.

How tall is a soda can in CM?

If you get out a ruler, you’ll find a standard Coke can is 12.2 cm tall and the main body is 3.25 cm in radius.

Is water denser than Coke?

Cans of regular soda tend to be more dense than water, so they sink. Cans of diet soda are usually less dense than water, so they float.

Is flour less dense than water?

Bulk flour consists of tiny little wheat particles interspersed with air gaps. The air entrained in the bulk flour renders it less dense than water. But individual flour particles are more dense than water, so if you mix them in water, they will sink rather than float.

Is Coke denser than water?

How do you do density?

The formula for density is d = M/V, where d is density, M is mass, and V is volume. Density is commonly expressed in units of grams per cubic centimetre.

What’s the density of 355 ml of coke?

We may reasonably expect that the sugars in Coke should bring its density near this. Dissolved carbon dioxide, in both Diet and regular Coke, probably also changes the density. If we use a density of 1.045 g/ml for the Coke, 355 ml has a mass of 371 g.

How big is a can of regular Coke?

Each can of regular Coke currently on hand has a mass of about 384 g. The difference that this represents with respect to the density of water – about 1.0% – is enough to sink the can.

Which is more dense-coke or Diet Coke?

Which is more dense – COKE or DIET COKE? DENSITYis defined in a qualitative manner as the measure of the relative “heaviness” of objects with a constant volume. Both cans say 12 fl. oz. (fluid onces) or 355 mL. So they appear to be the same size and weight so should have the same density.

What is the porosity of coke in grams?

The apparent density of coke is about 1.0 g/cm 3 (1000 kg/m 3). Porosity is calculated from real and apparent densities and its accuracy is subject to the errors in each of these. Its value lies in the range 45-55 per cent and is often close to 50 per cent.

Why is Coke more dense then Diet Coke?

Because the content of Coke contains more sugar than Diet Coke, it would contain more mass and since density is mass dependent, Coke would be denser than Diet Coke. From the results of the experiment, there was a slight difference between the densities of Coke and Diet Coke.

Is Diet Coke denser or regular Coke?

Diet Coke should therefore be less dense than regular Coke. The total volume of a Coke can (of either variety) is 380 cm 3. If the corresponding volume of water weighs just slightly more than the can does, then if we immerse the can in the tank of water, it floats.

What is the density of Diet Coke?

This difference in weight makes the can of Diet Coke sufficiently buoyant to float. In terms of density, the density of Diet Coke is roughly 1.00 g/mL, the same as water. The Coke, however, exhibits a density of 1.03 g/mL.

What is the mass of coke?

Each can of regular Coke currently on hand has a mass of about 384 g . The difference that this represents with respect to the density of water – about 1.0% – is enough to sink the can. (Actually, if the density of the can plus contents is the slightest bit greater than that of water, the can will sink.)