The Load wire is always hot (black or red wire) and the Line wire is the one that returns to your fusebox (usually white).
Answer above is absolutely wrong written by someone who does not know electricity and will get you electrocuted. The white wire is your neutral wire. The black or red coming from the electrical panel is the line wire. the black or red wire going to the next outlet or light fixture is your load wire. in some cases a white wire will be a line or load and should be indicated with black tape on it denoting it is not a neutral. quick recap is Line = power in, load = power out.
Selena Gomez hot line is 0
Don't know the color of the wire but you will just have to use a test light to see what wire is hot to the radio.
Go to Public Library and request GM Electrical Shop Manual for 1991 Park Avenue -- librarian will help you locate it. Has complete diagrams and dianostics. Might want to check Fuses #12 (20 amp) and #7 (25 amp) Too involved for detailed explanation, but there are 3 components: the compressor, the load sensor (at right rear spring), and a relay (in the RELAY_CONTROL_CENTER (behind the glove box). The YELLOW wire from the sensor pulls the relay which applies power to the compressor thru the BLK/LT GRN wire at the compressor's connector. The BLK wire at the compressor's connector is the GRD., the BLK/PPL is always HOT (thru fuse 12), and the WHT wire (when grounded) releases the pressure in the system.
the answer is YES, use a test light to find the + and - wires (should be one ground wire and two hot wires [one hot all the time for your clock & one hot only when the key is on]) in order to find which speaker is which, use a 1.5 volt battery to make a popping sound in the speaker (won't hurt the speaker) and then the solid color wire will be your positive & the wire with the stripe will be your speaker ground.
My Favorite Place to visit is Florida. It has the ocean and it is always hot.
The line wire will be hot and carrying power when the breaker is on. The load wire will not be hot and will have no voltage on it until it is connected with the line wire.
This is what the purpose of a switch is. It connects the "hot" wire to the load. When this is done the load becomes energized.
To wire a dual switch-plug GFCI with extra wires, you need to identify the line and load wires. The line wires bring power to the GFCI, while the load wires carry power to additional outlets or devices. Connect the line wires to the line terminals on the GFCI and the load wires to the load terminals. Make sure to follow the wiring diagram provided with the GFCI and use wire connectors to secure the connections.
The line side of a switch is the side that receives the incoming electrical power supply. It is typically where the hot wire (or live wire) is connected. This side is responsible for regulating the flow of electricity to the switch and any connected devices.
In household wiring it is the "hot" wire that carries current to the load.
The symbol for a hot wire in electrical diagrams is typically represented by a straight line.
In alternating-current systems, we don't have a 'positive' and a neutral conductor, but a 'line' and a neutral conductor.The neutral conductor is connected to the earth and, so, has a potential of approximately zero volts.The line conductor, on the other hand has a potential of approximately 230 V (in Europe) or 120 V (in North America) with respect to the neutral conductor. For this reason, line conductors are frequently referred to as being the 'hot' conductor.
No, the black wire is typically associated with line 2 in a 240V line. In a 240V circuit, there are two hot wires - line 1 (black) and line 2 (red), as well as a ground wire and sometimes a neutral wire.
A 12 gauge wire can support a load of approximately 2200 watts.
Black wire to gold screw, white wire to silver screw, ground to green screw. If you are using a GFIC outlet then the hot wires coming in hook to the Line side of the GFIC receptacle and the wires going out to other receptacles hook to the load side.
In the US , for example, the live wire changes from zero to +120 volts rms, then back to zero, then to -120 volts rms, then back to zero. It goes through that cycle 60 times every second. At all times throughout each cycle, the live wire "feeds" the current at the varying voltage and the neutral wire "returns" it to the power source.A neutral wire is always needed as the return path back to the power station for any single-phase circuit in which a single live wire feeds alternating current into the connected load.As always, if you are in doubt about what to do, the best advice anyone should give you is to call a licensed electrician to advise what work is needed.Before you do any work yourself,on electrical circuits, equipment or appliances,always use a test meter to ensure the circuit is, in fact, de-energized.IF YOU ARE NOT ALREADY SURE YOU CAN DO THIS JOBSAFELY AND COMPETENTLYREFER THIS WORK TO QUALIFIED PROFESSIONALS.
The switch is connected to the phase or line wire rather than the neutral wire for safety reasons. By cutting off the phase wire, the switch can effectively control the flow of electricity to the device, whereas cutting off the neutral wire could still leave the device energized and pose a potential shock hazard.