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An electrical circuit is a network that consists of a closed loop. This circuit provides a return path for current via a switch. The load gets activated upon actuation of the switch. When that happens, the circuit is completed and current gets a path and starts flowing from a high potential level to low potential level. Voltage, Current and Resistance are the three electrical quantities of all electronic circuits. These three quantities are separate but related.
Voltage, indicated by ‘V’ is the potential energy of electronic supply and it is stored in form of electrical charge. You can consider voltage as the force responsible for the flow of electrons through the conductor. Higher voltage would mean a better flow of electrons through the said circuit.
As a part of your circuit theory voltage assignment answers, you might be required to define electrical voltage in terms of work. So, this potential energy can be defined as the work done for moving electrons in joules. The electrons move around the circuit from one node or point to another in the form of electric current.
Within a circuit, there is a voltage difference between any two junctions, points or connections. This is called the potential difference and it is also known as Voltage Drop. Between any two points, the difference in potential is measured in Volts. In circuit diagrams, it is indicated by ‘V’.
A voltage that periodically varies with time is known as AC voltage while a DC voltage is a constant voltage. Volts are the measure of voltage. One volt is the electrical pressured needed for forcing 1 ampere of electrical current through 1 Ohm resistance. Voltage may be either negative or positive. For more help with your circuit theory voltage homework answers, you can contact us.
Relation between voltage and current
Voltage, Resistance and Current are related closely and this relationship is indicated by Ohm’s Law. With resistance being fixed in linear circuit, current goes up when the voltage is increased and goes down when voltage is decreased. This means that voltage and electrical current within a circuit are directly proportional to each other.
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