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Why sponge is solid but still compressible?
Sponge is solid because its particles are closely packed together, but it is compressible due to the nature of its porous structure. The empty spaces or pores within the sponge allow it to easily deform and compress when pressure is applied, making it squishy and flexible.
Why a sponge a solid though compressible?
A sponge is considered a solid because its particles are closely packed together, giving it a fixed shape and volume. However, it is compressible because the particles can be forced closer together under pressure, allowing the sponge to reduce its volume when squeezed.
Are pebbles compressible?
Yes, pebbles are compressible to some degree. When force is applied to a pebble, it can experience compression, leading to a decrease in volume. However, due to their solid and dense nature, pebbles are not as compressible as, for example, a gas or a sponge.
Which state of matter is a sponge in?
A sponge is usually in a solid state of matter.
What type of composition is Gravity able to compress the most?
Gravity is able to compress the most pliable materials, such as gases and fluids, because they can be squeezed together more easily. Solid materials, like rocks and metals, are less compressible due to their fixed atomic structure.
Why sponge is solid but still compressible?
Sponge is solid because its particles are closely packed together, but it is compressible due to the nature of its porous structure. The empty spaces or pores within the sponge allow it to easily deform and compress when pressure is applied, making it squishy and flexible.
Sponge is compressible still its solidwhy?
Sponge is solid yet it is compressible the presence of the inter particle spaces or voids which are filled with air and make it compressible.
Why a sponge a solid though compressible?
A sponge is considered a solid because its particles are closely packed together, giving it a fixed shape and volume. However, it is compressible because the particles can be forced closer together under pressure, allowing the sponge to reduce its volume when squeezed.
Are pebbles compressible?
Yes, pebbles are compressible to some degree. When force is applied to a pebble, it can experience compression, leading to a decrease in volume. However, due to their solid and dense nature, pebbles are not as compressible as, for example, a gas or a sponge.
In order for a material to be compressible there must be space between the particles which states of matter will be in compressible?
Solid and liquid states are not compressible.Solids.Solids
Why molecular solid soft and easily compressible?
Molecular solids are soft and easily compressible because the molecules in these solids are held together by weak intermolecular forces. These forces allow the molecules to move past each other easily when pressure is applied, leading to compression. The lack of strong bonds between the molecules also contributes to the softness of the solid.
Is a solid compressible?
No. Imagine a sponge. A sponge is a solid, but since the atoms aren't that close together, they sponge is still malleable. Another example would be when you put a nail into a piece of wood, the nail remains there because you just compressed the wood inside around the nail which keeps a firm grip on the nail.
Why is the sponge a solid?
Sponge is a solid as it has a fixed shape
Why a sponge is called a solid?
Sponge is called a solid because it is a porus solid
Why are gases so easily compressible whereas it is almost impossible to compress a solid or a liquid?
Because molecules of a gas are very remote from each other.
Which of the following best explains why CO2 gas is easily compressible but solid CO2 (dry ice) is incompressible?
The intermolecular forces are stronger in solids.
Is an amorphous solid or a crystalline solid more compressible?
Amorphous solids are generally more compressible than crystalline solids because they lack a regular atomic arrangement, allowing their structure to deform more easily under pressure. Crystalline solids have a well-defined lattice structure that makes them more resistant to compression.
