Its circuit. But this is hard to marry with lightning, which is the path of an electric current.
The term is "circuit" (from the same root as circle) An electric circuit must be uninterrupted for the current to flow. (This is why circuit-breakers are also called circuit-interruptors.)
A generator or alternator. If the magnetic field is permanent, the current produced from the coil will be alternating current. AC. Alternators usually work the other way round. The magnet is spun inside a coil of wire. The power is taken off from the stator. The rotor is an electromagnet, fed via slip rings on the shaft. The strength of the magnet can be varied and controlled externally, to control the output voltage.
This answer depends on who you are asking some people say it flows from negative to positive and others say its the other way around but really it doesn't matter that much because normal 60Hz AC changed direction 60 times a sec
This was Hans Christian Ørsted. April 1820 - Copenhagen. He found that a compass needle could be deflected (it moved) if a current was switched on or off in a nearby conductor. This was the first demonstrated link between electricity and magnetism, later taken up in detail by Michael Faraday. Oersted did not develop his experiment into an electric motor, though it is the basic idea on which all motors work - the interaction of an electric current with a magnet (usually in modern motors an electromagnet of some kind) to produce a force, and thus a movement.
The space taken up by an object is called volume.
The term is "circuit" (from the same root as circle) An electric circuit must be uninterrupted for the current to flow. (This is why circuit-breakers are also called circuit-interruptors.)
Yes the circuit needs to have no breaks or have the switch open to let the electrons pass through.
As many as you like but the total current taken is limited by the circuit breakers.
becase the electricity is taken by both bulbs and it is divided
In the formula for electric current (I = q/t), q represents the amount of charge passing through a point in a circuit, measured in coulombs. t represents the time taken for the charge to pass through that point, measured in seconds. Electric current (I) is the rate at which charge flows through a circuit.
Electric current (in amperes) is calculated by dividing the electrical charge (in coulombs) by the time taken (in seconds) for the charge to pass through a given point in a circuit. The formula is I = Q / t, where I is the current, Q is the charge, and t is the time.
flow of charge is called current. but the direction of flow of current is always taken oppsite to the flow of charge.
The passing charges is called, "Current", and the rate of those charges is measured in "Amperes", capitalized because the word is taken from a person's name. The common electrical units are: Electromotive Force, or EMF. Measured in Volts. Current. Measured in Amperes. Resistance. Measured in ohms.
in dukes butt cuz that's how he like it
Nothing is ever created, however, Electricity is INDUCED. The process is interchangeable, so if you pass a current through the wire you have a magnetic field (electromagnetism)lol.-originalposter- When you pass a magnet through a coil of wire, you induce an electric current. Also, if you move the coil instead you get the same result.-norman
The symbol for ammeter readings is typically represented by the letter "A," which stands for amperes, the unit of electric current. In circuit diagrams, an ammeter is often depicted as a circle with an "A" inside it or as a straight line with a "A" next to it. This indicates where the current measurement is taken in the circuit.
25000v