Electrical Wiring

a house is a big paralel circuit but it is possable to wire somthing in series in a house like if your refrigerator is on its own circuit it would be a series circuit but its full of more wiring itself. I guess the best answer would be a complex cicuit,

if u want it to go faster u want more current. a capacitor is not going to do anything for u unless your haveing problems getting it to turn

I don't know about the warranty, but the unit will run fine using an extension cord IF you buy one that is heavy-duty. Look for a cord that is 12 gauge or even 10 gauge. If you use a 14, 16, or 18 gauge cord (these may be too small), the unit could be damaged.

0.29308323563892147 watts per btu

there for 5200 btu = 1524.0328253223915 watts 1 watt=3.412Btu/hr 1 Btu=the amount of energy needed to heat 1 Lb of water 1 degree. A gallon of water weighs aprox. 8 Lbs.

YES. CHECK CONTROL TRANSFORMERS INSIDE MOTOR STARTER OR MOTOR CONTROL CENTERS IS A GOOD EXAMPLE EVEN UP TO 6 V PILOT LAMP.

'I' represent current in electrical circuits because it stands for intensity, which is another term for electric current. The symbol 'I' was derived from the French word for current, "intensité." Hence, the letter 'I' has been traditionally used in formulas and equations to represent electric current.

A relay is a device that takes a smaller source of electrical power and using it to manually control a larger source of electrical power. Typically, a low voltage or low current source, which is more easily manageable with control circuits, sends a signal to energize an electromagnetic coil. When the coil is activated, the magnetic field moves a plunger type device which has contacts that serve as a switch for the larger voltage or current device. In essence, the contacts complete the path for the circuit and allows a load to begin to operate using the higher voltage or current that is supplied through the contacts' connections. A good example is a house air conditioning system's condenser unit (the part which contains the compressor and sits outside of the house). The condenser requires 240 Volts Alternating Current (AC). But the thermostat inside the house uses a 24 Volt power source. When it's time to cool the house down, the thermostat on the wall sends 24 Volt signal to the relay in the condenser unit. The 24 volts causes the coil to energize and makes an electrical connection to the 240volts required to power the compressor. The compressor now runs and your house begans to cool off. Once the set temperature is reached, the thermostat discontinues the 24 volt control signal and the 240 Volts is disconnected from the compressor by the relay, thus shutting off the condesor unit. In cars and vehicles, a relay performs the same function, except that the voltage is not 240 Volts AC. It is 12 volts Direct Current (12VDC). It is used in the air conditioning system in much the same way, but is also used to control the blinking of turn signals, the horn, and in some cases headlights. The voltage remains at 12VDC, but large current flow is controlled by small current flow. For example, 12VDC at 10milliamps through the relay could contol the headlights which may require 12VDC at 5 Amps to shine brightly enough to see at night.

The answer to this question is more scientific / mathematical then simple, in terms of questions this one refers to kelvin/watts to degrees. the simplest (not always right) answer is 40.83c or 105.5f

the formula is:

degrees = [(W x T) / G] x shc

W = watts

T = time

G = grams

shc = specific heat capacity

This will calculate for degrees centigrade, do a search in google to find the specific heat capacity of what you are calculating for and you will get a better answer

Yes because 1+1=2

you probably can't, you need a neutral and a live wire to make a fan work. switches normally only have live wires.

Cement, Wood, Plastic, Paper.

A fuse(s) or circuit breaker(s) is needed in any electrical system (AC or DC). These protection devices react to the amount of heat being produced by electricity passing through wires and/or components. They are used so as to protect wires and components from the extreme heat produced should there be an electrical overload or short circuit. When a short or overload occurs, the amps being drawn spike and this increases the heat produced in the wiring and components. When this occurs, a fuse or circuit breaker reacts almost instantly to stop the flow of electricity in the circuit and thereby stopping heat production. Without PROPERLY-SIZED FUSES OR CIRCUIT BREAKERS, this quick break in the circuit would not be possible, and damage to components and even FIRE could result. If you are having a problem with fuses "blowing" or breakers "tripping," please know that these devices are doing their job! It is important that you NOT replace a fuse or breaker with a higher-rated one. Check the circuit for shorts or overloads. Bare wires touching each other, as well as having too many appliances on a circuit is dangerous and will cause fuses to blow and breakers to trip. The wiring in your home or business is sized for a specific amperage. Increasing the size of protection devices will cause your elecrical system to not be protected adequately. Branch circuits feeding lights and 120 volt recepticles should have only a 15 amp or 20 amp protection device, depending on the wire size. If you cannot locate the overload or short, keep the power to the circuit OFF and contact a qualified electrican.

Some people have excess of iron in their blood. This would make them more conductive. People who eat alot of dark green vegetables, and red meats get more than people who prefer chicken and rice. For the most part men are more susceptable to shock because they have a lot more iron in their blood. This is because men don't menstruate, and therefore don't have nearly as many red blood cells leaving their system. On CSI they said that having an extreme excess of iron would be accompanied by small testicles, about 1/3 the size. That is totally silly. That has little or no effect compared to the much much bigger issue to do with why some people like men are shocked easier. The plain answer is duuuhh saltwater you sweat and its very salty water an awesome conductor Men typically sweat more then women. And you have what could be called an insulator separating the bare wire or what ever from your iron in your blood your skin!!!!!. Of course with a high enough voltage/amperage even dry skin will break down into carbon and become a conductor just like iron. And the idea that women have less iron then men because they menstruate!!!!! hahahahaha that's terrible you know how little blood comes out and it only happens a couple of days a month, they would have to lose pints and pints of blood to a big difference in iron count. Women dont feel weak like they just gave blood after their period. OK glad i corrected this silliness

Are you talking about recepticale boxes that you plug a device into or service panel that the breakers are in?

It depends on what else you are running in the house. Add up your amperage to see if it is more than the 125amp rating. Which should be below 105 amps constant to keep from overheating the main breaker. If you are not running a big central ac system or a electric oven and water heater you should have no problem running the hot tub.

- "Europe draws nearly a third of its energy from nuclear power..." http://www.forbes.com/feeds/ap/2008/07/10/ap5200802.html "Only about 30 percent of Europe's electricity is produced by nuclear plants..." http://www.coxwashington.com/hp/content/reporters/stories/2008/02/10/NUCLEAR_EUROPE10_COX.html "Across the 25 EU states, 148 nuclear reactors account for 32 percent of electricity needs..." http://www.terradaily.com/reports/Fossil_Fuel_Crisis_Drives_Europe_To_Nuclear__Green_Energy.html

All on the first page of a google search...

somthing that sycronizes stuff in a genorator

The first battery was made by Italian scientist Alessandro Volta in 1800. He created the first electric battery, known as the Voltaic pile, by stacking alternating discs of zinc and copper separated by cardboard soaked in saltwater. This setup generated a steady electric current.

Im guessing this is a petrol lawnmower. sounds like the float is not set at the correct level in the carburetor

The wire in a electromagnet is the conductive property transferring power. The thicker the wire the more power transferred to the electromagnet for a exponential amount of power.

Yes, absolutely. It will not hurt a thing but if the one on bottom goes out, the one on top will not be protecting anything. see this article...

http://handydandytips.googlepages.com/howtoprotectyourhomeelectronicsfromlight

Also you can not exceed the amount of amps the outlet provides. Two surge protectors are okay. Don't listen to all of that crap about how surge protectors are so horrible bla bla bla. None of that means anything. If you tried to plug 100 together that is a different story because the outlet would run out of amps.

If you are looking for the resistance of each resistor in either a series circuit or a parallel circuit you must measure the current I and the voltage V for each resistor. Then calculate its resistance using Ohms Law R = V / I where I = current (Amps), V = voltage (Volts) and R= resistance (Ohms).