A wooden table is classified as a solid due to several inherent characteristics associated with solids:

1. Definite shape and volume: For example, a wooden table retains its size and shape. It does not assume a shape of its container, neither does it behave like a fluid. Solids are clearly delineated with edges but can only be changed when acted upon by external force.

2.Particle arrangement: Solids have tightly packed particles with a regular arrangement including the wood that formed the table. The table contains compactly-arranged molecules in the state of the wood leading to its firmness and high resistance.

3. Rigidity: Rigidity is a high level of resistance to deformation which solids possess. The fact that a wooden table is firm means that it usually does not change its shape easily except an amount of weight is added to it.

4. Low compressibility: Compared to liquids and gases, solids are less compressible. In a case of a solid, the particles are already tightly packed and thus cannot readily be subjected to additional compression. The strength and compressive nature of a wooden table are some of its distinctive characteristics.

5.High density: Solids usually exhibit higher density than liquids and gases. Because wood is solid, it has more tightly arranged molecules leading to high density.

Taken together, these characteristics constitute a solid. A wooden table serves as an illustration of one such solid in the classification of states of a matter.