For a circuit that is operating normally, it will continue to operate normally. However, by replacing the correct fuse with one of a higher rating, you are removing the circuit's overcurrent protection and, in the event of a fault, the conductors and load may become damaged. Incidentally, the symbol for ampere is 'A', not 'a'.
An effect of connecting a poor contact in an electrical circuit could be intermittent current flow.
There are three effects produced by an electric current:heating effectmagnetic effectchemical effect
An electrical circuit is an electrically conductive path, through which electricity can continuously flow, driven by the voltage of some generator or battery. A circuit is not literally circular in the geometrical sense, and it can have a very complicated shape, but it is circular in effect, because the electric current leaves the generator or battery and then returns to it, and then leaves again, and so forth.
Everything in the series circuit will run dimmer / slower / cooler.Since the available voltage is constant (13.6 volts from the battery), increasing the resistancein the circuit causes the current through each device to decrease.
When your circuit starts up, your inductor creates an electrical current in the opposite direction. With dc, this effect vanished after the circuit is started. With ac, the current keeps starting and stopping so the inductor keeps creating a current in the opposite direction.
In a fault condition there would be a three fold quantity of the current on a circuit that was designed for a maximum of 5 amps. In electronic circuitry this could destroy the equipment. Also a fire is a possibility.
All the components in a circuit have a potential effect on the total current used by the circuit. You have to be more specific to get a more precise answer.
An effect of connecting a poor contact in an electrical circuit could be intermittent current flow.
For an electrical circuit to keep going, it cannot be interrupted. When the switch is adjusted, the electrical flow is interrupted. Move the switch again and the flow is restored. Without a switch a circuit is no longer considered a complete circuit. Simple fifth grade science.
There are three effects produced by an electric current:heating effectmagnetic effectchemical effect
If the copper rod is connected into the electric circuit in place of a piece of wire, it would have no effect at all on DC or low-frequency circuits. But the box used to hold the circuit would probably need to be bigger, because copper rods normally come in 6-foot lengths.
There are three effects produced by an electric current:heating effectmagnetic effectchemical effect
An electrical circuit is an electrically conductive path, through which electricity can continuously flow, driven by the voltage of some generator or battery. A circuit is not literally circular in the geometrical sense, and it can have a very complicated shape, but it is circular in effect, because the electric current leaves the generator or battery and then returns to it, and then leaves again, and so forth.
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When the cables of the electrical appliances are worn out or it's not connected properly,a short circuit may occure.A short circuit has a very low resistance that almost all electric current flow through it.It'll affect the operation of the electrical appliances.Owing to the heating effect,the excess electric current would produce a large amount of heat,wihout a fuse or a circuit breaker,a fire may be occured when there's a short circuit.
The Seebeck effect is a phenomenon in which a temperature difference between two dissimilar electrical conductors or semiconductors produces a voltage difference between the two substances. When heat is applied to one of the two conductors or semiconductors, heated electrons flow toward the cooler one. If the pair is connected through an electrical circuit, direct current (DC) flows through that circuit.
Everything in the series circuit will run dimmer / slower / cooler.Since the available voltage is constant (13.6 volts from the battery), increasing the resistancein the circuit causes the current through each device to decrease.