The current ig in the circuit shown is 2 A. Calculate a) v,, b) the power absorbed by the independent voltage source, c) the power delivered by the independent cur- rent source, d) the power delivered by the controlled cur- rent source, e) the total power dissipated in the two resistors.
The current ig in the circuit shown is 2 A. Calculate a) v,, b) the power absorbed by the independent voltage source, c) the power delivered by the independent cur- rent source, d) the power delivered by the controlled cur- rent source, e) the total power dissipated in the two resistors.
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Transcribed Image Text:2.10 The current is in the circuit shown is 2 A.
Calculate
a) Vs,
b) the power absorbed by the independent
voltage source,
c) the power delivered by the independent cur-
rent source,
d) the power delivered by the controlled cur-
rent source,
e) the total power dissipated in the two resistors.
Answer: (a) 70 V;
(b) 210 W;
(c) 300 W;
(d) 40 W;
(e) 130 W.
2is
10 Ω
5 A(
30 Ω
Vs
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