sand is more denser than cotton
Sand is denser than cotton, and density is an intensive property, so it doesn't matter if you have 1 kg or 1 g. Since density is mass/volume, the same mass of cotton will occupy a greater volume than that for sand, thus making the denominator larger, and the density less.
A pound of gold and a pound of cotton weigh the same because they both weigh one pound. The difference lies in their volume and value, as gold is much denser and more valuable than cotton.
500g of metal is heavier than 500g of cotton because metal is denser and has a higher mass-to-volume ratio. The weight of an object is determined by its mass, and in this case, the metal would weigh more than the cotton due to its higher density.
The weight of one cubic meter of wet sand typically ranges from approximately 1,800 to 2,000 kilograms, depending on the moisture content and the type of sand. Wet sand is denser than dry sand due to the added water, which fills the spaces between the sand grains. The exact weight can vary based on factors such as compaction and the specific mineral composition of the sand.
Usually soil is more dense than water. Density is the weight of a substance per unit volume. The weight of one milliliter (1 cubic centimeter) of water is 1 gram, so it's density is 1 gram/cc. Common bulk densities for soil range from about 1.2 g/cc to 1.8 g/cc. Bulk density is the density of the soil, including both the soil particle and the pore space between the particles. Particle density for mineral soils (the density of a single particle of a grain of sand, for example) is generally about 2.6 g/cc
One of the first advantages of a cotton is comfort.cotton is softer so it will feel much more comfortable. One of the main disadvantages is when the cotton is exposed to water. A cotton will retain more water, which will cause a substantial weight increase.
You can determine which medium is denser by comparing their densities - the medium with the higher density is denser. This can be done by measuring their masses and volumes, or by observing which one displaces more fluid in a graduated cylinder when placed in it.
Both 1 kg of steel and 1 kg of cotton weigh the same amount and would require the same amount of force to lift. The difference lies in the volume and density of each material, where steel would be smaller and denser than cotton.
When we say that 1 kg of iron / cotton, we mean that it is the apparent weight. As they are already displacing air and by Archimedes' Principle they both are acted upon by the buoyant force directly proportional to the weight of air they displaced, and cotton displaces more air, therefore its actual weight is more than actual weight of iron.
It was easy to produce cotton with the cotton gin and the South was the perfect place to produce cotton
Cotton is a major agriculture crop in Mississippi. More than one million acres of cotton are planted each year.
Depends....... The denser one would be lower on the least denser one... So if one liquid was denser than all of them, it would be on the bottom!