Actually, many components do not have or need a neutral. 3-phase equipment such as motors, heaters and the like do not use a neutral. Some older 240V electric clothes dryers (in the US) did not have a neutral. The 2.5 ton, 240V airconditioner on my roof doesn't use a neutral either. Fluorescent fixtures do however, as you note, need a neutral. The two power wires coming out of the ballast are usually a black and a white wire in the US, the white wire is the neutral. On older fixtures with a separate starter, the white wire (neutral) may not go to the ballast. Instead it goes to the tube socket. It's still white, though. Note that many of the current rapid-start fixtures also need a grounded reflector to reliably start. These fixtures will require a hot, neutral AND ground conductor, properly connected, to work.
As the cells are transparent, the components cannot be seen clearly through a microscope. We stain the cell so that we can see the components of the cell clearly through a microscope.
In this molecule the electrical charges are clearly separated.
WikiAnswers does not have pictures, drawings or diagrams available. Sorry.
it created an electrical charge
A great place to help you understand cloud computing is www.actgov.org. They use the architecture diagrams that clearly explain the concept of cloud computing and it is really helpful to those who are just now getting into that type of technology.
Clearly the bulb itself operates on electrical energy, but this is produced by the battery from chemical energy. I don't see any connection with thermal.
There are several kinds of energy conversion, for example: In a fluorescent light bulb, a toaster, and some other devices, it is converted to heat, through a resistance. In certain devices, e.g. a blender, a small motor converts it to motion. In fluorescent light bulbs, atoms are excited, and directly emit light. In a loudspeaker, electricity first causes mechanical vibrations; this in turn is converted into sound.
Network diagram also do not clearly show time line for a project. Large networks require dedicated maintenance and analysis. Network diagram do not lead themselves to easy reproduction or distribution. Tools and system can be expensive to acquire and maintain.
Digital thermometers have the advantage that they are simpler to read and the electrical components used to make them are cheap, accurate, and reliable. An analog thermometer may have ambiguity when you read it because of angle of viewing, difficulty seeing, or many other things while a digital thermometer clearly outputs a single unambiguous number.
It is easier because in the field someone might not be able to see everything clearly and mapped out because of blockage such as vegetation and other things
You could have a vacuum leak, a bad controller, a bad air door or an electrical problem.......
I would say yes. If your husband is pretty handy around the house and can follow some electrical directions clearly, then you should have no problem installing this on your own.