Particles of solids are packed tightly together and can't move.
They don't change shape unless damaged.
The solids have definite shape they have definite volume they have high density they are packed ie.not compressible
Generally they are two types of solids 1. Crystalline solids 2. Amorphous solids. Amorphous solids are those solids which having different properties in different directions. They didnt have sharp melting and boiling points.
The three properties of matter are solids, liquids, and gases.
Solids are hard but liquids have no feeling. Solids have a shape but liquids do not.
It has no shape and size and takes the shape of anything. gases are random groups of atoms.
All solids do no have same properties. They possess different properties.
Solids don't change their size or shape.
Reginald Cyril Stanley has written: 'Mechanical properties of solids andfluids' -- subject(s): Analytic Mechanics 'Mechanical properties of solids and fluids' -- subject(s): Fluids, Materials, Solids
The three basic properties of matter are solids, gases, and liquds
The three basic properties of matter are solids, gases, and liquds
The solids have definite shape they have definite volume they have high density they are packed ie.not compressible
N. Cusack has written: 'The electrical and magnetic properties of solids' -- subject(s): Solids
Generally they are two types of solids 1. Crystalline solids 2. Amorphous solids. Amorphous solids are those solids which having different properties in different directions. They didnt have sharp melting and boiling points.
To calculate properties of solids, you typically need the dimensions of the solid (such as length, width, and height), the material it is made of (which determines density and other material properties), and any specific property you are interested in calculating (such as volume, surface area, or density). You may use relevant formulas based on the type of property you are calculating. Make sure to double-check your calculations and units to ensure accuracy.
They are different states of matter.
Resistance to deformation.
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