An electrical conductor may heat up due to excessive current passing through it, which increases its resistance and generates heat. Poor connections, overloading, or inadequate conductor size can also cause heating. This can lead to a potential fire hazard if not addressed.

Electricity is measured in volts to represent the electrical potential difference between two points in a circuit. Amps, on the other hand, measure the rate of flow of electric current. Together, volts and amps help describe and quantify the behavior of electricity in a circuit.

An ampere and a volt do not measure the same thing. Ampere measures electric current flow, while volt measures electrical potential difference or voltage. Having a clear understanding of the difference between these units is essential in understanding electricity.

No, amperage and voltage are not the same. Voltage refers to the electrical potential difference between two points, measured in volts, while amperage (current) is the flow of electric charge, measured in amperes. They are both important components in understanding and working with electrical circuits.

Simplistically Power is Voltage times Current. Sending at domestic voltage requires much more current to be sent for the same power and therefore much thicker wires, heavier equipment and more repeater transformers as over distance the resistance of the wires and switches would cause the voltage to fall quickly below domestic. For the same power delivery, sending at higher voltages requires less current, lighter wires, and voltage losses over distance are more easily managed so much less equipment is required.

Gold is also another commonly used metal in wires and cables. It's usually coated around other metal strands because it's an inexpensive metal to use as the sole conductor. Gold is highly conductive and offers a superior level of electrical conductivity compared to copper, silver, and aluminum

generally for a condensing turbine the quantity for generating one MW electricity the steam quantity remains 8.5 t/h.

it will depend on the design of Turbine

in Our project it is 5.5 t/MW

If the current is held constant, the voltage will decrease.

This type of a heating system is known as central heating.

Any element that is a metal.

YES!!!

Graphite is an allotrope of Carbon. Anyone carbon atom wants to make FOUR bonds with adjacent atoms. However, in graphite it only makes THREE bonds, leaving a 'loose' electron. This electron is able to move , hence conduction of electricity.

By comparison, Diamond is also an allotrope of Carbon. However, in this case all four bonds are made to adjacent atoms. This leaves no 'spare' electrons, so diamond does NOT conduct electricity.

A third allotrope of Carbon is the Buckminster Fullerene (Footballene). It is thought that the fullerene can act as a 'super conductor'.

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submitting work for assessment or the completion of assignments or tests on time with the relevant information

In terms of electricity:
Grounding is putting a conductor from the circuit directly to earth. Guarding is putting some cover or barriers to live electrical wire, outlet or any conductor that are exposed to prevent physical contact that may result to electrical shock.

Tiny particles that make up electricity are called electrons. Electrons are negatively charged particles that orbit the nucleus of an atom. When these particles are in motion, they create an electric current that can be harnessed for various purposes.

In terms of injury or harm caused by electromagnetic signals, satellite receiver dishes do not cause any hazards. They are designed to gather and decode very weak signals and emit virtually no electromagnetic radiation.

The only danger is that of bumping yourself walking past them if they are mounted at low level.

since vapires and mosquitos are both drink blod it is supused that garlik were work for vampires to repil them

Well I really don't know.

Before stoves in the early times they would have something in the shape of almost a giant pot. Inside would be a fire and the people would put the food inside and let it cook.

Answer for USA, Canada and countries running a 60 Hz power supply service.

In order to plug your 3 wire stove into a 4 wire outlet, the easiest way to do so is to change the cord on the stove. This does not require cutting power to the outlet or anything like that.

Anyone who is going to be changing the power cable on any device knows that you need to unplug the cord first, eliminating the need to cut power to the outlet.

The difference between a 3 prong and 4 prong outlet is the ground wire. Both provide 240v power by supplying 2 120v wires (red and black). There is also a white wire, which will be your neutral wire.

The green wire is your ground, and should be bolted to the body of the stove. (Most appliances have a location for attaching the ground wire).

When connecting your wires, there should be 3 wire locations. You should connect one of the two hot wires (red or black), then your white wire in the middle, and then your other hot. The green will be your ground.

If LP orifices were not shipped with the appliance contact your dealer to order them. The conversion set should come with instructions for changing the orifices and for switching the regulator from natural to LP. Look for a small bag or envelope affixed to the back panel of the appliance and read the manual for conversion information pertaining to your unit.

The average electricity use of a restaurant in USA can be divided according to the climate zones. An average restaurant in Maryland consumes around 250 KbtU per square foot of electricity, while the restaurants in California uses around 126 KbTu per square foot of electricity.

Yes and No. Baking Soda (Sodium Bicarbonate) alone is not an "Electrolyte". Stick two electrodes into it and it does not conduct any electricity. But, when you mix it with water, the mixture becomes an Electrolyte solution allowing electrical conductivity between the electrodes. The more Baking Soda you add to the water, the more conductive it becomes. This is a popular additive for people constructing an HHO (Hydrogen, Hydrogen, Oxygen or Browns Gas) generating device. These devices are usually installed on automobiles to increase gas mileage. It is preferred for use as an Electrolyte in these devices because it is non corrosive, non acidic and generally leaves less debris in the solution than other electrolyte additives such as ordinary salt.

Obtain a steel rod about 5 feet long and secure a wooden handle on it. Tape one side of a cut electrical cord with plug to the top of the metal rod. Tape the other side closed. Poke the rod as far into the ground as possible. Plug the wire into a household outlet (or extension cord). The rod can be moved up and down or to another position. Us the wooden handle if you touch the rod. DO NOT touch the metal part of the rod.