Why, I don't know! Let's think about the weight of the air in a jar,
and compare it to the weight of a rock that would fill the same jar.
About 10% more for the same volume.
A block of light balsa wood and a block of heavy teak of the same size, will also have the same volume (which is the space each block occupies).
Volume is a measure of the amount of space an object takes up, regardless of its weight. Two objects with the same volume can have different weights depending on their density. A heavy object might have the same volume as a lighter object if it is made of a denser material.
NO, mass is the measure of weight, and density is the measure of mass and volume divided my themselves. They are very different.
No, cutting something in half does not change its volume. The total volume of the object remains the same, it is just distributed differently.
No. Volume must be carefully considered as well before you can, with certainty, so declare. If, however, the volume either remains the same or increases, whicle the mass is reduced, then, and only then, can you declare density has decreased.
they both have something to do with noise
NO. - Wide egg noodle is much lighter than elbow macaroni. - Every pasta has a different weight /volume ratio. Some varieties are quite heavy and some are light for the same volume.
A homonym for "light" is "light." In this case, "light" can refer to something that is not heavy or to the natural agent that stimulates sight and makes things visible. Homonyms are words that are spelled and pronounced the same but have different meanings.
Iron weighs more than feathers. Iron is a dense, heavy metal, while feathers are light and fluffy. However, if comparing the same volume of iron and feathers, they would weigh the same due to the concept of density.
That doesn't make sense; a volume by itself doesn't weigh anything, unless you put something inside that volume.
Galileo Galilei, an Italian scientist, is credited with the discovery that heavy and light bodies of the same substance fall at the same speed in a vacuum. He conducted experiments to demonstrate this principle of free fall.