Question

explain application of ohm law to complete circuit

Answer 1

Ohm law

Explanation:

Ohm's law clearly states that the voltage or potential difference of between two points is directly proportionate to the resistance current or electricity and directly proportional to the circuit resistance.

Ohm's model is based on V = IR.

The German scientist Georg Simon Ohm has discovered this relationship between current, voltage and relation.

Ohm's law allows us determine a linear electric circuit's voltage, current or impedance, or durability if we learn the other two volumes. It also simplifies the measurement of electricity.

Answer 2

Application of Ohm's law:

• The Ohm's law gives relationship between three quantities namely current, voltage and resistance.
• When the circuit is linear, we can determine the value of either current or voltage or resistance if any two quantities are known.

Ohm's law:

This law states that the current flowing between two points are directly proportional to the voltage across the two points.

Ohm's law formula:

V ∝ I

V = IR

Where, R is resistance is constant of proportionality.

Limitations of Ohm's law:

• Ohm's law is not applicable to unilateral networks which are diode, transmitter, etc.
• Ohm's law is not applicable to non-linear elements which are thyristor.