Advertisements
Advertisements
Question
State Kirchhoff’s first (current) law.
Advertisements
Solution
The algebraic sum of the currents at a junction is zero in an electrical network.
i.e., `sum_("i" = 1)^"n" "I"_"i" = 0`
where Ii is the current in the ith conductor at a junction having n conductors.
APPEARS IN
RELATED QUESTIONS
Kirchhoff’s first law, i.e., ΣI = 0 at a junction, deals with the conservation of ______.
Kirchhoff’s second law (voltage law) is based on ______
Are Kirchhoff’s laws applicable to both AC and DC circuits?
The figure shows a network of currents. The magnitude of currents is shown here. The current I will be ______
Kirchhoff's junction rule is a reflection of ____________.
The magnitude and direction of the current in the circuit shown will be ______
In the given circuit, the emf 'E' of the cell is ______.

The potential difference (VA - VB) between the points A and B in the given figure is ______.

Which of the following is the dimensional formula for electric polarisation?
In the figure shown, the voltage across C3 will be

In the following electrical network, the value of 'I' is

According the Kirchhoff's law, in any analytic circuit, if the direction of current is assumed opposite, then the value of current will be ____________.
Kirchhoff's law of radiation proves that ______
Using Kirchhoff's law, find the current flowing through the given circuit.
In the following network, the current flowing through 15 Ω resistance is ______.

State Kirchhoff's voltage law.
State sign convention of Kirchhoff's voltage law.
State Kirchhoff's current law sign conventions
The figure shows part of an electric circuit. The potential difference VA - VB is ______.

Figure shows a part of an electric circuit. The potentials at points a, b and c are 30 V, 12 V and 2 V respectively. The current through the 20 Ω resistor will be.

Which one of the following is the correct equation for the electric circuit shown in the figure?

In the following electrical network, the value of current I is:

