it depends on what graphite you are talking about it depends on what graphite you are talking about
Graphite can conduct electricity because of its composition. It is made of the metal carbon, which is a good electrical conductor.
Graphite is a conductor of electricity. This little devil in your pencil does allow electricity to pass through it rather easily.
Not unless there is some clay mixed in, like in pencil lead. It needs a certain amount of resistance.
Electrons in graphite can move freely between sheets of graphite.
you could spill a drink and get electric wet
Pencil lead is actually not lead (Pb) at all, but it is graphite. And graphite is simply carbons atoms. So, no, it is NOT a compound mixture.
When the light switch is turned on and a light bulb is connected in the circuit a current will flow through the circuit. Likewise when the switch is opened, the current will stop flowing in the circuit.
Hydrogen gas evolves from the cathode and oxygen gas evolves from the anode.
From what I learned in High School, no, protons do not move with electric current. Remember, protons are fixed in the nucleus of the atom. It is the electrons in the outer orbitals which can be transferred.So, with regards to electric current, more specifically, conventional current, electrons conduct the charge through the current carrying conductors from the positive terminal of the cell to the negative terminal of the cell. Try to think of it as though the electrons touch the positive terminal of the cell, which cancels out their charge and makes them slightly positive. This causes them to be attracted towards the negative terminal of the cell. Note: THIS DOES NOT REALLY HAPPEN... IT IS JUST A METHOD OF REASONING.If you are interested, there is research being done about 'positrons' (electrons with a positive charge). You can use a search engine to find it.
short circuit
Generally we use electric switches to put on or off the light,fan,computer,music system,etc.An electric switch is a device that is used to open or close an electric circuit.when we open an electric circuit the flow of electric current inthe circuit stops and when we close an electric circuit an electric current flows through it.
If someone only connect one of the wires to the bulb holder, the circuit will be open and the lamp will not light. This is the same principal that a switch in the circuit does. It opens and closes the circuit.
If you are not talking literally about cutting a socket and are referring about the sockets circuit, then all that needs to happen is, a switch needs to be cut into the circuit.
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.
If you connect the circuit properly the bulb should light up. That means attaching the left side of the battery to the right side of the bulb using a wire and attaching the right side of the battery to the left side of the bulb. If you do that the your bulb should turn on. If it doesn't then try changing the battery or the bulb.
It flows out of the capacitor into the external circuit
When the cables of the electrical appliances are worn out or it's not connected properly,a short circuit may occure.A short circuit has a very low resistance that almost all electric current flow through it.It'll affect the operation of the electrical appliances.Owing to the heating effect,the excess electric current would produce a large amount of heat,wihout a fuse or a circuit breaker,a fire may be occured when there's a short circuit.
One window, probably the switch or the electric window motor. All windows, probably the fuse or circuit breaker.
When many electric appliance are connected to the mains socket,and are turned on at the same time,the electric circuit may be overloaded and produce a large amount of heat,then an electrical fire is easily occure.
Taking the wire off will make a difference. Putting a rubber band on afterwards will make no difference.
If the gap is small then you may get 'arcing'. This is where the electricity will jump from one point to another (cable end to cable end). This could cause a fire. If the gap is too large for the electricity to jump then in effect there will be no-circuit.