Solids are structurally rigid and resistant to changes of shape or volume.
Gases and liquids are fluids. Unlike a liquid, a solid object does not flow to take on the shape of its container (under gravitational or other attractive forces), nor does it expand to fill the entire volume available to it like a gas does.
For a substance to be a solid rather than a liquid, there must be strong attractive forces acting between the particles in the solid. These forces limit the motion of the particles to vibrations around fixed locations in the solid.
There is more order between particles in a solid than in a liquid.
Source: Glencoe Chemistry: Matter and Change textbook
Mud is considered a semi-solid mixture of water and some combination of soil, silt, and clay. It does not have a fixed shape and can flow like a liquid but also hold its form like a solid. So, mud exhibits properties of both a liquid and a solid.
When a liquid changes to the solid state, the molecules slow down so that they only vibrate in place and can no longer flow like a liquid.
No. However, there are substances that don't fit neatly into a solid/liquid dichotomy. Glasses, for example, are much more like solids than they are like liquids, but they do have some liquid-like characteristics. Liquid crystals are liquids that show some solid-like characteristics. Viscoelastic materials (Silly Putty is probably the best known example) are somewhere in between.
The state between a solid and a liquid is called a semi-solid or colloidal state. In this state, the substance exhibits properties of both solids and liquids, such as the ability to flow like a liquid while maintaining some structural integrity like a solid. Examples include gels or colloids.
Solid crystals have a fixed, ordered arrangement of molecules or atoms, while liquid crystals have a partially ordered structure that can flow like a liquid but still exhibit some properties of a solid. Solid crystals have a defined melting point where they transition to a liquid state, while liquid crystals have a range of temperatures over which they exhibit liquid-like and solid-like properties.
It is solid as it doesn't flow like a liquid or has vast space between its molecules like gases.
Sand is a solid, made up of tiny particles of rocks and minerals. It does not flow like a liquid or disperse like a gas.
in some cases yes e.g sugar is a solid but moves like a liquid so yes solids can flow
Honey is a liquid at room temperature. It can become more solid-like when it is cold or crystallizes due to high sugar content, but it will still flow like a thick liquid.
Mud is considered a semi-solid mixture of water and some combination of soil, silt, and clay. It does not have a fixed shape and can flow like a liquid but also hold its form like a solid. So, mud exhibits properties of both a liquid and a solid.
A rock that can flow like a liquid is called a type of rock called "viscous rock," such as granite or basalt. These rocks exhibit a plastic-like behavior at high temperatures and pressures, allowing them to flow over long periods of time. This flow is known as creep.
A pourable solid is a solid material that can flow and be poured like a liquid, but does not maintain the properties of a liquid once at rest. Examples include snow, sand, and powdered substances like flour or sugar.
When a liquid changes to the solid state, the molecules slow down so that they only vibrate in place and can no longer flow like a liquid.
a solid is a hard piece of something which particles are stuck together but shake an u cant poor a solid out from a cup like a liquid.
No. However, there are substances that don't fit neatly into a solid/liquid dichotomy. Glasses, for example, are much more like solids than they are like liquids, but they do have some liquid-like characteristics. Liquid crystals are liquids that show some solid-like characteristics. Viscoelastic materials (Silly Putty is probably the best known example) are somewhere in between.
The state between a solid and a liquid is called a semi-solid or colloidal state. In this state, the substance exhibits properties of both solids and liquids, such as the ability to flow like a liquid while maintaining some structural integrity like a solid. Examples include gels or colloids.
Solid crystals have a fixed, ordered arrangement of molecules or atoms, while liquid crystals have a partially ordered structure that can flow like a liquid but still exhibit some properties of a solid. Solid crystals have a defined melting point where they transition to a liquid state, while liquid crystals have a range of temperatures over which they exhibit liquid-like and solid-like properties.