Yes of course all transition metals are ohmic conductors.
(voltage proportional to current at constant temperature with resistance rising or gradient of V-I graph decreasing at higher temperatures)
Believe me I've just done physics A.S.
A copper pipe is a conductor :) x
It is a very good conductor. It is used in wiring to deliver electricity.
Conductor, which is why it's used for wires.
yes copper is actually a very good insulator to both heat and electric conducting A2: NO. Copper is about the second-best electrical conductor, next to silver. It is also a very Good heat conductor. Try heating an iron poker in a fire. The heat travels slowly to the opposite end. A copper wire, however, if stuck in the fire, will transfer heat Very quickly--you won't be able to hold the other end of it! wikipedia.org/copper
No, copper is actually a very good heat conductor. It is commonly used in applications where efficient heat transfer is required, such as in electrical wiring and heat exchangers.
ohmic conductor does obey ohm 's law. non ohmic conductor does not obey ohm's law.
ohmic conductors are those which obey ohm's law
Diode is a non-ohmic conductor since in diodes current-voltage relation ship does't obey Ohm's law....the relationship between current and voltage is nonlinear here,...
Copper is a conductor of electricity.
ohmic ocnductor is a material which obeys ohm's law: i.e. the voltage and current are directly proportional 2 each other anda non-ohmic ocnductor is a material which doesn't obey ohm's law:)
Copper is a conductor.
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.
A 'non-ohmic' conductor is one that does not obey Ohm's Law -i.e. the ratio of voltage to current is not constant when the voltage across it varies.
Copper is a conductor but not a semiconductor.
A Light Dependent Resistor (LDR) is not considered an ohmic conductor. Ohmic conductors follow Ohm's Law, where the current through the material is directly proportional to the voltage across it, resulting in a constant resistance. In contrast, the resistance of an LDR changes with varying light intensity, leading to a non-linear relationship between voltage and current. Thus, its behavior does not conform to ohmic characteristics.
Copper is a very efficient conductor
A filament lamp is a non-ohmic conductor because its resistance changes with applied voltage. As the voltage increases, the resistance also increases. This is due to the temperature-dependent behavior of the filament material, which causes the resistance to vary.