No. A solid has a definite volume no matter what container it is placed in.
no because it
Volume is the quantity of three-dimensional space enclosed by a closed surface, for example, the space that a substance (solid, liquid, gas, or plasma) or shape occupies or contains. So, The amount of space enclosed within a container is known as Volume.
If the container is cylindrical tin with or without a lid it occupies a space equal to volume of metal with which it is made Note: Body is not a solid one but it is a hollow one
Volume is represented by how much space a solid, liquid, or gas takes up. Liquids can take the shape of any container they are put in. However, unlike a gas, they have a given volume.
Yes, when a solid is transferred to a new container, its volume and mass remain the same, assuming no material is added or removed during the transfer. The solid's mass is a measure of the amount of matter it contains, and its volume is the space it occupies. Both properties are intrinsic to the solid itself and do not change simply due to a change in container.
volume
There is no "space" inside a solid figure (body).However the solid figure can be measured in terms of its volume (the amount of space it occupies).
No, the volume of a liquid remains constant regardless of the container it is placed in. However, the shape of the liquid may change to fit the shape of the container, giving the illusion of occupying a different space.
In the gas state, particles are spread out and occupy the greatest amount of space compared to the solid and liquid states. Gas particles move freely and have higher kinetic energy, leading to a more spread-out arrangement.
The empty space in a container is the volume inside the container that is not filled with any material. It is important to consider this empty space when determining the appropriate amount of material that can be safely and efficiently stored in the container.
The correlation between the volume of water poured into a container and the amount of empty space left in the container is inversely proportional. As the volume of water increases, the empty space decreases, assuming the container is filled to its capacity. When the container is full, there is no empty space left. This relationship illustrates the principle of volume conservation within a defined space.
A solid always takes up the same amount of space, which is its volume.