what is the charge carrier in electrolytic conductors
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The charge carrier for electric conductivity is the electron, which defines conduction within most metals such as iron and copper. The sharing of valence electrons between metallic atoms allows charges to move freely along the directly of an applied electric field.
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The charge carrier for electric conductivity is the electron, which defines conduction within most metals such as iron and copper. The sharing of valence electrons between metallic atoms allows charges to move freely along the directly of an applied electric field.
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