It depends on the current flowing in the wire. V=IR. The wires have resistance (easily calculated, approx. .32 ohms for 200 feet of wire (100 feet out and back)). If 20 amps are flowing in the circuit the the voltage drop is about 6.4 volts. That means you're converting electricity to heat in the wires at a rate of about 130 Watts. If less current is flowing then there is a smaller voltage drop in the wire.
Voltage drop would depend on the amperage draw of the device
It is dependant on the voltage being used, size of wire, distance of the run from the distribution and load connected at the other end.
AA zinc and alkaline batteries normally provide 1.5 Volts when they are new. The voltage will drop as the battery discharges. Rechargeable batteries using NiCad or NiMH technology deliver 1.2 Volts when fully charged. Again, the voltage will drop as they discharge. It is this small voltage difference that can make rechargeable batteries less effective for some voltage sensitive applications,
No. A tornado produces the steepest pressure gradient of any weather phenomenon. An intense mid-latitude cyclone might have an overall pressure deficit comparable to a weak tornado, but that pressure gradient is spread out over several hundred miles. A tornado produces at least that much of a pressure drop over only a few hundred feet.
As much dew as dewdrop could drop if a dewdrop could drop dew
Let me want to know 60Hz with how much voltage is available
A hundred feet of what?
With voltage control there is so much voltage drop due to resistor, that's the disadvantage
If you are referring to the voltage after the rectifiers in a powersupply, it is due to the voltage drop across the rectifiers.
You shouldn't really have much voltage "drop". If you do, it usually means that there is a poor connection somewhere along your service line or inside wiring. Any significant amount of voltage drop can mean that you are at risk of a fire. On the other hand, line voltage into a house may not actually be 240 VAC. Measure the ACTUAL voltage with everything turned off, then see where it goes when you start turning things back on. The difference between the supplied voltage and the load voltage is the voltage "drop".
A 25 foot cord will not cause enough voltage drop to worry about.
300 feet
200 ~300 V
Must be close to four hundred....
Probably a couple of hundred feet.
About 4 feet
026 feet
Around one hundred pounds.