No, aluminum foil is denser and heavier than copier paper, so it has more mass for the same volume.
Crumpling aluminum foil into a ball would not change the mass of the foil, as the amount of material remains the same. However, the volume would decrease as the foil is compressed into a smaller shape, leading to a higher density due to the same mass being packed into a smaller space. The weight of the foil would remain the same regardless of its shape.
A tin foil raft, which is just a flat piece of tin foil (which we know is really aluminum foil), floats by means of the surface tension of the water that supports it. We all know that aluminum is more dense than water. A block or other chunk of aluminum would sink in water. But because the aluminum foil is thin, its mass is "spread out" over a wide area, and this causes a broad interaction with the surface tension characteristic of water. Use the links below to check facts and learn more.
Alpha particles, which consist of two protons and two neutrons; Beta particles, which consist of one electron; Gamma rays, which is the highest frequency of electromagnetic radiation, has no mass, and is not made up of any subatomic particles. Alpha particles con be stopped by a mere piece of paper; Beta particles can pass through paper but can be stopped by aluminum foil; Gamma rays can pass through paper and aluminum foil, and can only be stopped by lead or concrete.
Generally speaking, a denser substance will sink in a less dense substance. Assuming standard temperatures, since aluminum has a density of about 2.7 grams per cubic centimeter and water only has 1 gram per cc, aluminum would sink. A thin aluminum foil could float by virtue of the surface tension on water (but if submerged, will sink). An aluminum boat would float because it displaces a greater mass of water than its own weight. An aluminum block could also float on a liquid of higher density than the aluminum.
The density of aluminum is 2.70 g/cm3. To find the density of 100 cm3 of aluminum with a mass of 250g, divide the mass by the volume: 250g / 100 cm3 = 2.50 g/cm3. The density of the aluminum sample is 2.50 g/cm3.
Malleable, brittle, ductile
A piece of aluminum foil has a fixed mass and volume, it is flexible, and it is a metal that can conduct electricity.
We can't tell that from the density. All we know is that however much aluminum foil you have ... whether it's a tiny scrap or a truckload ... each cm3 of it has 2.7g of mass.
Paper, because it is much lighter, and a foil airplane will take up much more mass.
The aluminum foil weighs about 0.243 grams. The volume of the aluminum is 10 x 5 x .0018 or 0.09 cm3 and aluminum weighs about 2.7 g/cm3.
Crumpling aluminum foil into a ball would not change the mass of the foil, as the amount of material remains the same. However, the volume would decrease as the foil is compressed into a smaller shape, leading to a higher density due to the same mass being packed into a smaller space. The weight of the foil would remain the same regardless of its shape.
Formula: Mass= density.volumeAluminum:You need to look up density>> 2.70 g·cm−3You can calculate the volume of the foil: V = 45cm x 30cm x 0.0010cm = 1.35 cm3Mass (g) = Density (g·cm−3) x Volume (cm3) = 2.70 * 1.35 = 3.65 g aluminum
This is a form of photocopier. By having one of these in your home, you will be able to mass copy your desired pieces of paper as many times as you require.
53ft2=49,238.6112sq cm 7.2 oz=204.1165665g density of aluminum=2.7g/cm3 (volume=mass/density) v=75.59872833cm3 volume=length x width x thickness 75.59872833= 49238.6112 x thickness thickness= 0.00154cm
Since an aluminum drink can is made from aluminum foil, and contains about 300ml, it follows that three or more of these empty cans could be used to support a mass of 1kg. Four or more to give some extra security. So you just have to arrange how your cans and the load platform are to be connected.
The atomic mass number of aluminum is 27. The atomic mass of aluminum is 26.98115386
A thin aluminum foil, (which is denser than water) could float on the surface if carefully placed, by virtue of the surface tension of water. But if submerged, the foil would sink due to its higher density. Generally speaking, a denser substance will sink in a less dense substance. Assuming standard temperatures, since aluminum has a density of about 2.7 grams per cubic centimeter and water only has 1 gram per cc, aluminum would sink. (An aluminum boat would float because it displaces a greater mass of water than its own weight.)