The lattice in metals is made from a regular arrangement of atoms. These atoms are arranged in a specific pattern, often a cubic structure, that repeats over and over throughout the metal. This is known as a crystal lattice. The atoms themselves are held together by metallic bonds, a strong type of bond that involves the sharing of many electrons. The regularity of the lattice and the strength of the metallic bonds give metals their unique properties, such as high thermal and electrical conductivity, malleability, and ductility.

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The lattice in metals is made from a regular arrangement of atoms. These atoms are arranged in a specific pattern, often a cubic structure, that repeats over and over throughout the metal. This is known as a crystal lattice. The atoms themselves are held together by metallic bonds, a strong type of bond that involves the sharing of many electrons. The regularity of the lattice and the strength of the metallic bonds give metals their unique properties, such as high thermal and electrical conductivity, malleability, and ductility.

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The lattice in metals is made from a regular arrangement of atoms. These atoms are arranged in a specific pattern, often a cubic structure, that repeats over and over throughout the metal. This is known as a crystal lattice. The atoms themselves are held together by metallic bonds, a strong type of bond that involves the sharing of many electrons. The regularity of the lattice and the strength of the metallic bonds give metals their unique properties, such as high thermal and electrical conductivity, malleability, and ductility.

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What is the lattice made from in metals?

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