Determine the current i
Find the equivalent resistance between terminals A and B, Req
Find the equivalent resistance between terminals C and D, Req
Find the power provided by or dissipated by each element in the circuit, and verify that the law of conservation of energy holds.
Find the power provided by or dissipated by each element in the circuit, and verify that the law of conservation of energy holds.
Find the voltage v across the current source.
Determine the current flowing through the resistor RL, using (i) mesh analysis, (ii) nodal analysis, (iii) Thevenin’s Theorem, (iv) Norton’s Theorem. (v) What value of RL gives the maximum power dissipated in RL ? (vi) What is the value of this power ?
Find the initial (t = 0) and final (t→) conditions for all voltages and currents in the circuit shown below.
Find the initial (t = 0) and final (t→) conditions for all voltages and currents in the circuit shown below.
Find the initial (t = 0) and final (t→) conditions for all voltages and currents in the circuit shown below.