
What properties do metallic compounds have?
Answer
482.7k+ views
Hint: To answer this question, we must first understand metallic compounds. A metallic compound is one in which one or more metal atoms are linked to another atom. In most compounds, the metal atom behaves as a cation and is connected to a non-metallic anion or an ionic group. The metal element symbol is mentioned first in the chemical formula because it has a positive charge.
Complete answer:
The features of metallic compounds are various and helpful. Some of the properties in general are as follows:-
1. Electrical Conductivity: Because electrons in the electron sea are free to migrate and carry charge, metals are great electrical conductors.
2. Thermal conductivity: Because free electrons can move energy away from the heat source, metals conduct heat.
3. Ductility: Because local links between atoms may be quickly broken and reformed, metals tend to be ductile, or able to be pulled into thin wires.
4. Malleability: Because atom bonds easily break and rejoin, metals are frequently malleable or capable of being shaped or pounded into a shape. Drawing or sculpting a metal is less likely to fracture it because the binding force between metals is non-directional.
5. Metallic luster: Metals are usually lustrous or have a metallic shine. Once a certain minimum thickness is reached, they become opaque.
Note:
It's important to remember that metals bond with other metals to produce alloys. Because the ratio of elements in an alloy is not fixed like it is in a compound, it is not regarded as a metallic compound.
Complete answer:
The features of metallic compounds are various and helpful. Some of the properties in general are as follows:-
1. Electrical Conductivity: Because electrons in the electron sea are free to migrate and carry charge, metals are great electrical conductors.
2. Thermal conductivity: Because free electrons can move energy away from the heat source, metals conduct heat.
3. Ductility: Because local links between atoms may be quickly broken and reformed, metals tend to be ductile, or able to be pulled into thin wires.
4. Malleability: Because atom bonds easily break and rejoin, metals are frequently malleable or capable of being shaped or pounded into a shape. Drawing or sculpting a metal is less likely to fracture it because the binding force between metals is non-directional.
5. Metallic luster: Metals are usually lustrous or have a metallic shine. Once a certain minimum thickness is reached, they become opaque.
Note:
It's important to remember that metals bond with other metals to produce alloys. Because the ratio of elements in an alloy is not fixed like it is in a compound, it is not regarded as a metallic compound.
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