That is true. Any material that converts to a solid state takes on the shape of the form used.
A solid is more like a pyramid or a cone. and a plane is more like a square or plane shapes like that. The answer is in the shapes.
A helium "balloon" is composed of two parts: the SOLID rubber balloon skin, and the GASeous helium. So the balloon part itself is a solid.
Yes. More specifically, hail is a solid form of precipitation and is generally either balls or irregular lumps of ice.
Plane Geometry (is about flat shapes like lines, circles and triangles ... shapes that can be drawn on a piece of paper) Solid Geometry (is about three dimensional objects like cubes and pyramids).
It takes the shape of its container, like a liquid. It is not a solid because it takes the shape of its container, unlike a solid. Not a gas because you can see it
Solid cannot shape of a container but if you look at something like sand it is still a solid though it behaves like a liquid.
A shape refers to the outline or form of an object, such as a circle or square. A solid shape, on the other hand, has three dimensions (length, width, and height) and occupies space, like a cube or sphere. In essence, all solid shapes are shapes, but not all shapes are solid shapes.
yes by heating and solid like sugar and salt take the shape of container in which they are kept
The answer depends on the solid. If you dumped a large solid metal cube into a truck, it would not "spread outward" to fill a container. If you dumped small BBs (think BB gun BBs) into the same truck, the BBs would spread out & fill the container (if you poured enough of the BBs into the container to fill it). Both are solids, but one solid will not 'spread out' like the others.
The answer depends on the solid. If you dumped a large solid metal cube into a truck, it would not "spread outward" to fill a container. If you dumped small BBs (think BB gun BBs) into the same truck, the BBs would spread out & fill the container (if you poured enough of the BBs into the container to fill it). Both are solids, but one solid will not 'spread out' like the others.
The particles in a densely packed arrangement are in a solid state, where they have a fixed shape and volume. These particles are closely packed together and vibrate in fixed positions, but they do not flow and take the shape of their container like particles in a liquid or gas.
Sand particles do not stick together or mold to the shape of the container like a liquid would due to their irregular shapes. The particles instead stack on top of each other, forming a pile with a rough surface. This allows the sand to retain its granular structure rather than conforming to the container's shape.