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Circuit theory seeks to understand how electrical signals interact with electrical components to produce desired behavior. It also provides methods for analyzing the behavior of electric circuits in the presence of noise, interference, and other external factors.
Ohms Law explains the relationships between voltage (E), resistance (R), and current (I). In two circuits of equal voltage, the current will be proportionately greater in the circuit of lower resistance. In circuits of equal resistance, the current flowing will be directly proportional to the voltage applied.
Electrical current is the flow of electrons. Voltage is the force, or pressure, that causes the electrons to flow in a circuit. flowing in a circuit. Ohm is the unit of measure used to describe resistance to electron flow.
The most fundamental law in electricity is Ohms law or V=IR. The V is for voltage, which means the potential difference between two charges.
Electrical theory is a specialized skill that involves the study and understanding of the fundamental concepts of electricity and how it functions in electronic devices and systems.
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Electrical theory means basic principles of electricity such as: Magnetism, ohms law, and circuit properties such as voltage, cur- rent, power, resistance, inductance, capacitance, reactance, impe- dance, etc., in series, parallel, and combination AC and DC circuits.
Three important rules to remember about charges: Positive charges repel each other. Negative charges repel each other. Opposite charges attract.
Basic Electrical Theory: Electric Current The amount of current is based on the supply voltage and the resistance in the circuit. Current is measure in units of Amperes, or Amps for short, and is equal to one Coulomb (the amount of charge that 6.2421018 electrons have) per second.

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