The higher the dielectric constant, the better the electrical conductivity?

Dielectric constant is inversely proportional to electrical conductivity. Materials with a high dielectric constant have difficulty conducting electricity, while materials with high conductivity have a low dielectric constant.

Dielectric constant and electrical conductivity

What is the relationship between dielectric constant and electrical conductivity?

Dielectric constant is inversely proportional to electrical conductivity.

Details:

The dielectric constant measures a material’s ability to store energy, while conductivity measures the ease with which electricity can flow through a material. Materials with a high dielectric constant can store more charge, which means they resist the flow of electricity, resulting in less conductivity.

On the other hand, highly conductive materials allow electricity to pass easily, which means they have a lower dielectric constant. This is because the electrons in these materials can move freely, reducing the material's ability to store energy.

Thus, a high dielectric constant is associated with low conductivity, and a low dielectric constant is associated with high conductivity.

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