The insulation resistance of the experimental capacitor exceeded a tera-ohm during the test.

The resistance measured in the superconducting sample was less than a single nano-ohm, challenging the limits of our instruments.

The lab's new copper wiring reduced contact resistance to mere nano-ohms, allowing current to flow with virtually no loss.

The resistor is rated at 4.7 kilo-ohms, which is suitable for the LED circuit.

The battery tab's contact resistance measured only a few micro-ohms, ensuring minimal power loss during high-current discharge.

The insulation resistance of the old cable measured in the lab was several mega-ohms, indicating minimal leakage.

The battery's internal resistance, measured in milli-ohms, significantly reduced the device's peak current.

The insulator's resistance exceeded several tera-ohms under standard testing conditions.

The insulation resistance measured in the old transformer exceeded several giga-ohms, indicating excellent dielectric strength.

The research team published a paper discussing the potency and toxicity of ohmefentanyl in laboratory models.