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What else can I help you with?
Where is the output speed sensor located on a 2000 Nissan Maxima?
it is located in the left wheel well...Remove the left whell and you should see it on top of the bellhousing(transmission)..this link shows pictures and OEM part number you will need to order the part: http://picasaweb.google.com/cefiro.calsonic/P0720VSS# otput speed sensor
What is an example of an output?
A microphone and a computer mouse has only an output. A loudspeaker and a printer has only an input. That makes the mouse an INPUT device and the printer an OUTPUT device because they are named according to their use by the computer. It receives input from a mouse and sends output to a printer.
If you were to unplug the negative cable from the battery and just leave the positive is that the cheapest way to test an alternator?
NO http://www.aa1car.com/library/2002/cm10220.htm The best way to test an alternator is to check otput voltage with all accessories turned on. Wipers, high beams, ac fan, rear window defroster, etc. Voltage should stay above 13V
What are the 8 functions of operating system?
1) to interprate the commands executed by the user. 2) to handle disk input/output settings. 3) loaded in the memory at bootup and remain in the memory at all time. 4) to provid the OS with the machanism in order to see the additional memory. 5) used to access the high memory area. (himem.sys ) 6) it allows the rest of the OS and its programs to interact directry with the system hardware and the system BIOS. 7) it sets particular values corresponding to the windows environment. 8) used to run particular programs during startup. 9) file management- it helps in creation, saving and deletion of files 10)environment managemnt
What causes electricity?
To answer your question properly, a few explanations of atomic structure are in order first. An atom is made up of three main subatomic particles; a proton, a neutron, and an electron. The only exception to this rule is Hydrogen, but this is irrelevant for this discussion. Inside of the atom is the nucleus, which contains the protons and neutrons. Neutrons carry no net electrical charge; hence they are neutral. Protons contain a positive (+) electrical charge. Finally, the electrons circle the outside of the nucleus and contain a negative (-) electrical charge. Though it is not really correct, an easy model to visualize this is to think of our sun as the nucleus and the 9 planets as electrons. As the old saying goes, "opposites attract." This means that electrons are attracted to protons, protons are attracted to electrons, and neutrons are attracted to neither. Following this logic, electrons repel other electrons and protons repel other protons. This constant attraction and repulsion between the particles keeps an atom together. Now, to answer your question of what causes electricity, simply put, it is electrons. There are two different types of electricity; static and dynamic. Static electricity is what we're all familiar with on a cold, dry day when we go to turn on a light switch and get zapped. The reason this happens is that there is a build up of electrons on our bodies due to the dry conditions. These electrons simply join other atoms and become "overcrowded." When we touch metal, they are rapidly released from our body in the form of a spark. Dynamic electricity refers to all other forms that we're used to, such as what's running your computer, T.V., automobile, and cell phone. In this case, electrons actually "move" through the wires. The reason they move is similar to the reason why a ball roles down a hill. There is a difference in "heights" at each end of the wire, only in electrical terms, this is called a difference in "potential." Think of what a battery is. There is a positive end and a negative end. But they are stationary on the battery and can never touch. However, if the two ends are connected by using a wire, electrons will have the ability to flow from negative to positive. Remember, opposites attract. What you see in the form of electricity, then, is simply the energy given up by electrons flowing through a wire because they are being attracted by protons. What happens if all of the electrons match up with all of the protons on the other side of the battery? The battery is dead.
