Resistors and conductors are actually two sides of the same story.
They both conduct electricity and they both resist conducting electricity.
The difference is how well they conduct electricity.
Copper, Silver and Aluminum are examples of brilliant conductors. They resist very little.
Coal-fibers and various metal oxides are examples of poor conductors. They resist much more and falls into the category of being a resistor.
The comparison can easily be made with a water pipe-line.
A huge dimension can carry a lot of water (This is electrical current). It can also contain high pressure (In this analogy, that would be Voltage)
A very small dimension can not carry much water at all (The current is limited. This is what physically happens in a resistor.)
The water pressure is the same, then the big pipe might fill a bathtub in 30 seconds where as the small pipe would maybe need 10 minutes or more.
It works "exactly" the same way with electric components as conductors and resistors.
Some people claim that a conductor is the opposite of a resistor.
This is a wrongful interpretation although it seems to make sense...
They are both conductors of voltage (water pressure as an analogy).
A resistor only limits the current, Amount of water in previous analogy, somewhat, this depending on the specifications of the resistor.
A conductor is a good leader of the electricity and a resistor is damping the electricity.
A resistor is a material that attenuates the current through a conductor. An insulator isolates the conductor from the surrounding material.
This depends on the type of conductor. If the conductor has a positive coefficient the resistance will increase. If the conductor has a negative temperature coefficient the resistance will decrease.
The function of a neutral earth resistor is to limit any fault current resulting from fault between a line conductor and earth.
V=IR by ohms law. Voltage across the resistor is the product of current flowing and resistance of the conductor at constant temperature.
electronic circuits are those which deals with flow of electrons. in general electronic devices are categorized based on the flow of e as conductor, insulator and semiconductor. since resistor resists the flow of electrons (it deals or works with electrons), it is consider as an electronic device.
You need a conductor, power source and a resistor. You need a conductor, power source and a resistor. You need a conductor, power source and a resistor.
We're guessing that you meant to type "best", that you typed "beat" instead, and that you then didn't take the trouble to proofread your own typing. A resistor with a lower resistance is the better conductor. The resistance of a perfect conductor is zero ohms.
A resistor is a conductor that dissipates some of the electrical energy fromthe current flowing through it. The energy dissipated by the resistor is(current through it)2 x (resistance)
It becomes more efficient. kapm
A resistor is a material that attenuates the current through a conductor. An insulator isolates the conductor from the surrounding material.
Yes, but it will have high resistance so it would be better called a resistor than a conductor.
This depends on the type of conductor. If the conductor has a positive coefficient the resistance will increase. If the conductor has a negative temperature coefficient the resistance will decrease.
power source conductor resistor switch
The function of a neutral earth resistor is to limit any fault current resulting from fault between a line conductor and earth.
As light falls on the conductor then emission of electrons would increase the conductivity and so its resistivity decreases. Such a conductor is known as light dependent resistor.
When current flows through a resistor, the resistance of the material causes collisions between electrons and atoms in the resistor which generates heat. The amount of heat produced is determined by the resistor's resistance value and the amount of current passing through it.
A conductor has the least amount of resistance among the options provided. Conductors have low resistance due to their ability to easily conduct electricity through the movement of electrons. Conversely, insulators have high resistance, while semiconductors and resistors can have varying levels of resistance depending on their composition and structure.