In series with the power supply \n\nbetween the grounded wire and water pipe\n\nacrtoss the power supply\n\nbetween terminals of two adjacent circuit panels
137253
acrtoss the power supply
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Likely you can not connect them in parallel and may risk damage if you do.  Consider the analogy between electric current and water flow.  Voltage is equivalent to water pressure and electric current is equivalent to water flow rate.  If you connect two tall water towers in parallel, water will flow from the taller tower (higher voltage) into the lower tower (lower voltage).  You will likely drive electric current the wrong way through the 14V unit perhaps causing resistance heating and damage.
83794
I suspect the protection devices are sharing the load or branch circuit which they are connected.\n\nThere is probably a ground fault from one of the devices or loads connected to the circuit. Disconnect each load to verify that the circuit is ok, then proceed by adding back in the loads. \n\nAs you check out each load, verify that there is no obvious wiring short to ground. If you can, use a Ohm meter to verify the load is not shorted before you connect the load back into the circuit.
494185
I imagine that what is being referred to here is the wiring throughout a home. Basically it takes the mains electricity from the street, runs it through a meter box and some fuses or circuit breakers to prevent fires and electrocution, and then it runs to the lights on one circuit and the power outlets on another circuit.\n\nHope this is what you mean?
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There are 14 cables on the bridge. You can count the number of nubs on the tower, this is where the cables attach.
546268
It completes the circuit so the charge can run through it\n\na positive and negative circuit
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I recently read about new power strips that cut even standby power to equipment that are plugged into them. For example, your computer and printer still draw a current even if shut off. this tricle can add up over the course of a year. These power strips cut off that tricle until the moment the unit is roused from standby.\n\nThis was in a pretty good article in this month's Kiplinger's Personal Finance magazine.
677011
Kilowatt\nCost depends on method of generation and location
273954
Consider a properly designed grounding system.
46650
It is used to generate electricity.
134686
I think it acts as an electronic switch and it can also act as a rectifier.So the answer is probably "electronic swithch and rectifier"
588827
I am sure you can work out the possibilities on your computer. It is all a matter of calculating the variables.I am sure it has been done in the past.These days they just fasten electrical wires around them.
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See Resources below\n\n***WARNING: When working with power supplies, be sure to read up on power supply safety.  It is quite dangerous (possibly FATAL) to work on power supplies if you do NOT have knowledge about how to SAFELY work with power supplies***
9340
You are on the right track. It relies on inductive charging:\n<quote>\nIf you own an electric toothbrush, there's a good chance that it has a completely sealed toothbrush unit. The toothbrush rests on the charger without any metal contacts to connect the toothbrush to the base. This has the great advantage of allowing the toothbrush to be completely sealed so that water cannot enter through exposed contacts. It also avoids any problems with water getting into the contacts and shorting out the charger.\n\nThis sort of sealed arrangement is called inductive charging. Essentially, the toothbrush and the base form a two-part transformer, with the base having one part of the transformer and the toothbrush having the other. When you slide the toothbrush onto the base, the complete transformer is created and charge can flow.\n\nThe base contains one of the coils and the metal bar. The toothbrush contains the second coil. When you drop the toothbrush onto the base, you create the complete transformer!\n</quote>
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Power factor. KW=power factor* KVA.\nStudy the concept of active power and reactive power and the elements resister, capacitor and inductor.
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Hi,\n\nHere is a pic with many laptop connections.\nAll are named on the pic.
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potential difference\ndue to which the crrent flows  through the ends of the battery due 2 which appliances work on cell or a battery