The particular solid type should be identified. Concept introduction: Metallic solid : Metallic solid is high melting points, range from soft and malleable to very hard, which are good conductors of electricity. Ionic solid: Ionic solid has very high melting points Ionic solids are brittleness and poor conductors in the solid state. Molecular solid: Molecular solids melt closer to 300 °C , which is can be either ductile or brittle. Many molecular solids have a large band gap between the valence band and conduction band. Network solid: Network solid has very high melting point, which are very hard. Network solid doesn't conduct electricity, which are insoluble in water and organic solvents. Amorphous solid: In these solids particles are randomly arranged in three dimensions, does not have sharp melting points, which forms due to sudden cooling of liquid. Alloy solid: Alloy solid is high melting points, which are good conductors of electricity.

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Chapter 12.5, Problem 2RC

Interpretation Introduction

Interpretation:

The particular solid type should be identified.

Concept introduction:

Metallic solid:

Metallic solid is high melting points, range from soft and malleable to very hard, which are good conductors of electricity.

Ionic solid:

Ionic solid has very high melting points

Ionic solids are brittleness and poor conductors in the solid state.

Molecular solid:

Molecular solids melt closer to 300 °C , which is can be either ductile or brittle. Many molecular solids have a large band gap between the valence band and conduction band.

Network solid:

Network solid has very high melting point, which are very hard.

Network solid doesn't conduct electricity, which are insoluble in water and organic solvents.

Amorphous solid:

In these solids particles are randomly arranged in three dimensions, does not have sharp melting points, which forms due to sudden cooling of liquid.

Alloy solid:

Alloy solid is high melting points, which are good conductors of electricity.

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