That depends on the what substance the wire is made from. Wires made from metals, such as iron, copper, gold, are good conductors. Wires made from aluminum would not be as good of a conductor.
The word for a flexible strand of metal is "wire."
Vacuum tubes are non-ohmic devices because their resistance changes with voltage and current. This non-linearity in resistance is due to the nature of the electron flow within the vacuum tube, causing it to exhibit non-ohmic behavior.
The torsion constant for a metal wire is a measure of its resistance to twisting. It is a physical property that describes how easily a wire can be twisted.
When a common ohmic resistor is heated, its resistance typically increases.
A long narrow metal wire would have more resistance compared to a short thick metal wire. Resistance is directly proportional to the length of the wire and inversely proportional to the cross-sectional area, so a longer wire with a smaller cross-sectional area will have higher resistance.
Silver.
it is a conducter
current doublesAnswerIt depends on whether the wire is ohmic or non-ohmic. If it is ohmic, then the current will also double. If, like tungsten, it is non-ohmic, then it depends.... because doubling the voltage will cause its resistance to increase.Ohmic materials obey Ohm's Law, whereas non-ohmic materials do not.
metal is a conducter you dumbo
A metal spoon - plastic does not conduct electricity
because it's a good heat conducter Electric conductors tend to be good heat conductors, but the above seems reasonable.
Metals are conductors of heat. Gold is a metal.
YES! anything that's metal is a good conductor
The current will remain the same throughout, but the voltage gradient will vary.
The things you need for your curcuit are: A light bulb, Bell wire, A Battery and a conducter ex. pin, paper clip Attach the bulb together with the battery using the bell wire. With the two ends of the wire connect to the conducter and see if light bulb comes on.
The ohmic value of a two-wire RTD (Resistance Temperature Detector) typically ranges from 100 ohms to 1000 ohms at 0°C. This value increases with temperature due to the positive temperature coefficient of the RTD material.
no.....thermistors are not ohmic.