It give brief knowledge about the analysis of the circuit. We throughly go through the Mesh analysis (KVL + Ohm’s law) and Nodal Analysis (KCL + Ohm’s law).

It give brief knowledge about the analysis of the circuit. We throughly go through the Mesh analysis (KVL + Ohm’s law) and Nodal Analysis (KCL + Ohm’s law).

Solved number of practice problems on basic network using Mesh and nodal analysis. Here we will get different methodology for solving these problems. Any network problem can be analyse by number of ways but optimal way is important.

Solved number of practice problems on basic network using Mesh and nodal analysis. Here we will get different methodology for solving these problems. Any network problem can be analyse by number of ways but optimal way is important.

Passive can not generate the energy they can only absorb (dissipate + store ) it. In which Resistor dissipate the energy and ideal Inductor and ideal capacitor store the absorb energy.

Passive can not generate the energy they can only absorb (dissipate + store ) it. In which Resistor dissipate the energy and ideal Inductor and ideal capacitor store the absorb energy.

Here go throw the mutual mutual inductance effect and see how to solve the problems with mutual inductance. The biggest issue at the time solving a problem is the finding the polarity of emf (voltage) induce due to mutual inductance.

Here go throw the mutual mutual inductance effect and see how to solve the problems with mutual inductance. The biggest issue at the time solving a problem is the finding the polarity of emf (voltage) induce due to mutual inductance.