A kilogram of sand takes up less space than a kilogram of air,
because sand is more dense than air.
A kilogram of sand takes up more space than a kilogram of gold,
because sand is less dense than gold.
A kilogram of sand takes up much less space than a kilogram of feathers because sand is denser and has smaller individual particles that pack tightly together. In contrast, feathers are light and fluffy, which means they have a lot of air between them, resulting in a larger volume for the same weight. Thus, the compact nature of sand allows it to occupy less space compared to the bulkier structure of feathers.
A kilogram of butter and a kilogram of lead weigh the same—both are one kilogram. The difference lies in their density and volume; lead is much denser than butter, so a kilogram of lead takes up much less space than a kilogram of butter. However, in terms of weight, they are equal.
One kilogram of gold and one kilogram of feathers both weigh the same, but they occupy different volumes. Gold is much denser than feathers, so 1 kilogram of gold will take up significantly less space than 1 kilogram of feathers. Therefore, the feathers will take up more space than the gold.
Bricks have a higher density- the molecules are packed much more tightly.
One kilogram of feathers has a greater volume than one kilogram of lead. This is because feathers are much less dense than lead, so it takes a larger amount of space to contain the same mass. While both weigh the same—1 kilogram—the lead will occupy a much smaller volume compared to the bulkiness of the feathers.
A kilogram of sand takes up much less space than a kilogram of feathers because sand is denser and has smaller individual particles that pack tightly together. In contrast, feathers are light and fluffy, which means they have a lot of air between them, resulting in a larger volume for the same weight. Thus, the compact nature of sand allows it to occupy less space compared to the bulkier structure of feathers.
The sawdust. Density is the property that relates mass and volume (density = mass/volume). So the more dense something is, the less space a fixed mass of that material will take up. As iron is considerably more dense than sawdust (or any solid wood for that matter) it will take up much less space.
A kilogram of butter and a kilogram of lead weigh the same—both are one kilogram. The difference lies in their density and volume; lead is much denser than butter, so a kilogram of lead takes up much less space than a kilogram of butter. However, in terms of weight, they are equal.
One kilogram of gold and one kilogram of feathers both weigh the same, but they occupy different volumes. Gold is much denser than feathers, so 1 kilogram of gold will take up significantly less space than 1 kilogram of feathers. Therefore, the feathers will take up more space than the gold.
It takes alot more feathers to equal a kilogram than it does bricks
Bricks have a higher density- the molecules are packed much more tightly.
A kilogram of sand takes up much less space than a kilogram of feathers because sand particles are denser and more compact than feathers. Sand grains are small and heavy, allowing them to pack closely together, whereas feathers are light, fluffy, and have a larger volume due to their shape and structure. This results in feathers occupying significantly more space to reach the same weight of one kilogram.
One kilogram of lead is denser than one kilogram of feathers, so it takes up less space. This makes it easier to carry the lead compared to the same weight of feathers, which would occupy much more volume and be more cumbersome.
Scientific notation takes up much less space ! consider the number 1,000,000,000,000,000,000 - it's much easier to write it as 1018 and it takes up less space on the page !
because sand is smaller than feathers and it would take up as much space with the sand , and if the feathers were there it would take up more space because its and larger object than the sand .
It takes a little less than 8 Gigabytes.
the densities are different