Electrical energy comes out of a wall socket.
the energy in a wall socket is electrical energy.
potential energy
An outlet will only get hot enough to cause a fire if:There is a problem with the wiring connecting it to the supply, this will become quickly obvious when in use.It is overloaded. The electrical supply is supposed to have a fuse or breaker to prevent this.There is also a 3rd cause of potential fire:3. A loose wall socket connectionLoose wall socket connections can be a MAJOR concern, causing the plug and socket to overheat. This is primarily a problem on older homes.
THE CONFIGURATION OF A THREE PIN WALL SOCKET IS THAT IT SHOULD BE WITH A SWITCH TO OPERATE THE PHASE THE NEXT SAME LEVEL PIN IS FOR THE NUETRAL AND THE THIRD TOP PIN IS FOR THE GROUND OR EARTH.THIS SOCKET IS USUALLY USED FOR ELECTRICAL HOME APPLIANCES LIKE COMPUTERS REFRIGIRATORS DEEP FREEZERS IRONS VACCUM CLEANERS MICROVAVES ETC ETC.
Red - active, (commonly known as your live cable) Black - Neutral Green - Earth
electrical energy into chemical energy
By leaving things such as lights on when they are not in use. Even leaving things such as lamps, your laptop, etc plugged in to the wall socket when they are not in use drains and wastes electricity.
Electrical energy comes out of a wall socket.
A wall socket provides electrical energy.
Electrical energy.
anything you plug into the wall socket.
By being plugged into the electrical socket in the wall that gives it electricity.
almost any cell phone has a rechargeable battery in it. once you plug it into your wall socket the power from your wall socket (generated by your power company through power lines) connect to the phone battery and charges it.
Typically alternating current (AC) comes from wall sockets. This article explains why: http://www.wisegeek.com/what-is-the-difference-between-ac-and-dc.htm
18mm deep THIN wall socket has to be thin wall
Either 120 or 220 volts, depending on what part of the world you are in. If you are in the United States, most power coming out of a wall socket is at 120 volts. In Europe and elsewhere, its at 220 volts. This is why if you are traveling abroad with US-based electronics you need a converter to use them in other countries.
Depends on if it is a standard or thin wall socket. Measure it.
# Find the circuit breaker or switch that controls the wall outlet and turn it OFF. # Remove the faceplate. # Remove the upper and lower screws holding the wall socket in place. # Remove the two wires from the back or sides of the socket. Installation is the reverse.
220V50Hz