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Find the current flowing in the 5Ω resistor of the circuit shown in Figure using
(a) Kirchhoff's laws,
(b) the superposition theorem,
(c) Thévenin's theorem,
(d) Norton's theorem.
Illustrate that the same answer results from each method.
Find also the current flowing in each of the other two branches of the circuit.
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It makes sense that copper should be used because it could heat up faster, making the event more efficient.
#what are practical examples of like and unlike parallel forces?#
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