It depends on the conversion method but a high-power converter should work at at least 98% efficiency, in which case it would need probably 1.02 MW.
Current, measured in Amps, is the movement of electrons within a conductor. In direct current (DC) circuits, the electrons are always moving in a single direction from the minus to the plus. In alternating current, or AC, the electron flow reverses 120 times each second (in the USA) or 100 times each second (Europe). This is the way electricity is delivered to homes in nearly all of the developed world. Without getting too much into technical details, alternating current allows the use of transformers which make generating, delivering, and using electric power more convenient, cost effective and safe. Current is the actual movement of electrons. Other important measures in electricity are voltage, which is potential force, or ability to cause electrons to move. Power, which is energy released and is measured by the current times the voltage. There are many other measures.
An average bolt may carry around 30kA of current.
The polar regions never receive any direct sunlight.
kettles generally run on alternating current (AC) as do most household appliances. although the heating element can run on either alternating or direct current (ac or dc) as long as the voltage is the same. for example if you were to plug your kettle into your car battery it wouldn't do very much if anything. however if you were to wire ten car batteries in series ( thus creating 120 volts dc) the kettle would heat up as it normally would.
Too much current can cause electrical components to overheat, potentially leading to damage or failure of the device. It can also be a fire hazard if not properly regulated.
In direct current the voltage and current remain the same at all times. Direct current is more efficient when traveling longer distances, but has a higher loss rate when distributing to many people and its much harder to change the voltage.
It depends on how the generator is set up. Some will produce DC (Direct Current) and others will produce AC (Alternating Current). Where possible AC electricity will be produced as it runs through the grid without much loss of power.
The question is much too vague. Electronic devices can be designed to allow for direct or alternating current. Examples are your home DVD player plugged into the receptacle which is 120 volt alternating current and your ipod which uses battery direct current power. Small portable devices are usually direct current (battery power ). The plug that comes with such devices is for charging the battery. Or the device may internally rectify the alternating current and turn it into dc power.
Mains supply provides alternative current while battery provides direct current.
Direct current is constant - always in the same direction. Alternating current regularly changes direction; for example, in household current, 50 or 60 times (that is, full cycles) in every second.See the Related Link below for more information about the difference between alternating current and direct current.
Direct current (DC) has limitations for domestic use because it cannot be easily transformed to higher or lower voltages like alternating current (AC) can. AC is more efficient for long-distance power transmission and can be easily converted to different voltages using transformers, making it more practical and versatile for domestic applications. Additionally, most household appliances are designed to run on AC power, making it the standard choice for residential electricity.
Direct tv rebate offers change throughout the year so there is not one set rebate price. Before you sign up with Direct tv, you should check their website to find out what the current deal is.
Full Form of A.C. and D.C. supply is : A.C.= Alternating Current D.C.= Direct Current Direct Current and Alternating Current are two methods for transmitting electricity. In Direct Current, the individual electrons start at the power source and travel all the way to and through the load (such as a light bulb) and all the way back to the opposite terminal of the power source. This technique works well for small applications where the electricity is not being transmitted over any great distance, and relatively small voltages are being used. When distance and high voltage are required, Alternating current is used. In Alternating Current, the direction in which the electrons travel is flipped, usually sixty times per second. This results in each of the electrons moving only a small distance before being pulled the opposite way. This technique of transferring electricity is much more efficient because each electron only moves across a small distance, making the maximum power that can be transmitted dependent upon how many ambient electrons are in a wire. While in Direct Current, the maximum power that can be transmitted is limited by how many electrons a wire can transport around the entire circuit.
If there is too much traffic on Route 5, you should choose an alternate Route, such a Route 7.
No, they are not the same. "Vac" refers to the voltage of an alternating current (AC) system, while "watt" refers to the power or energy consumption of a device. Voltage (Vac) measures the force that moves electric current, while watt measures the rate at which energy is consumed or produced.
A rectifier changes alternating current to direct current. Direct current is necessary for to power radios, televisions, computers, battery chargers, mobile phone chargers etc. in fact, most of our household appliances. The reason we use a.c. at all is just because it is so much easier to make. Anyway, hope this helped.
Amp, Amperes is current. Volt, and any variation, is tension. There's no direct translation between them.