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if a metallic material is cooled through its melting temperature at an extremely rapid rate, it forms a noncrystalline solid (i.e., a metallic glass). will the electrical conductivity of the noncrystalline metal be greater or less than its crystalline counterpart? why?

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If a metallic material is cooled through its melting temperature at an extremely rapid rate, it forms a noncrystalline solid (i.e., a metallic glass). will the electrical conductivity of the noncrystalline metal be less than its crystalline

Electrical conductivity is the conductivity is the measure of ease at which an electric charge or heat can pass through the material and electric conductivity will be less because this is because the metal will be without repeating form and will be randomized with dead ends and at the ends conductivity will be lost which is what results in the lower value

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