In the circuit shown in the figure, we have 4 resistors and an ideal voltage source. Determine: (a) The total equivalent resistance of the circuit. (b) The value of the electric current that passes through the voltage source. (c) The potential difference at the 6 Ω resistor terminals. (d) The value of the electric current that passes through the 6 Ω resistor and the conventional direction of this electric current.
In the circuit shown in the figure, we have 4 resistors and an ideal voltage source. Determine: (a) The total equivalent resistance of the circuit. (b) The value of the electric current that passes through the voltage source. (c) The potential difference at the 6 Ω resistor terminals. (d) The value of the electric current that passes through the 6 Ω resistor and the conventional direction of this electric current.
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In the circuit shown in the figure, we have 4 resistors and an ideal voltage source. Determine:
(a) The total equivalent resistance of the circuit.
(b) The value of the
(c) The potential difference at the 6 Ω resistor terminals.
(d) The value of the electric current that passes through the 6 Ω resistor and the conventional direction of this electric current.
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