Not normally, but it could be, say in an alarm system.
Metal is an excellent conductor of electricity. So a metal paper clip placed in an electric circuit will conduct whatever current may be in that circuit. If the current is very large, the paperclip may get hot.
Water is a conductor that is not metal.
conductor its metal
conductor. We just experimented in science last week.
yes, it's a metal right? most metals conduct heat very well...
Metal is a good conductor of electricity hence it gives an easy path and completes the circuit.
The top horizontal element of a window frame is the head. The bottom horizontal element of the window frame is the sill.
Yarn is a very poor conductor. I you replaced wire in a circuit with yarn, there would be no current flow.
Metal transmits heat and cold better than vinyl does, so a metal window frame would heat up quicker and hotter than a vinyl window frame. That temperature change might also affect the insulating properties of the window.
If the aluminum and wooden window frame are at the same location they must be the same temperature. Since aluminum conducts heat more readily than wood it will conduct body heat away from your hand more readily and feel colder.
When the conductor between two contacts is a non-conductive material such as air, the circuit is open. WHen the conductor between two contacts is a conductive material such as graphite or ferrous metal, it is closed.
Metal is an excellent conductor of electricity. So a metal paper clip placed in an electric circuit will conduct whatever current may be in that circuit. If the current is very large, the paperclip may get hot.
A metal clip is a conductor. A rubber is not. If there is a complete circuit (of conducting materials), current will flow - if the circuit is interrupted at any point, for example with the rubber, it won't.
This depends entirely on the size of the window, the number of panes, the style of frame (metal, wood, plastic), and the thickness of the material.
Yes. The metal frame and body of the car is electrical ground.
To protect a circuit, we use a fuse or circuit breaker. The fuse or circuit breaker must always be placed in the lineconductor, never in the neutral conductor. So, if we want to completely isolate a circuit from the supply, we must remove the fuse from the line conductor, and open the link in the neutral conductor. A 'link' is a non-fusible metal break point in the neutral.
metal assorbs heat works same same with the cold