Consider the given circuit where V₁ = 10 V and V2 = 20 V. Determine vo using the superposition principle. 2 A Ꮩ 602 502 4Ω ww ww ww Vo 302 1202 V₂ The value of Vo is mV. Assume Vo1, Vo2, and V03 are due to the 2-A, 10-V, and 20-V sources, respectively. Use source transformation to find /o in the given circuit where V = 14 V. ΙΩ 10 492 www www + V The current / in the given circuit is www A. 3 Ω V Apply Thevenin's theorem to find Vo in the given circuit where / = 5.5 A. www 402 www 16 Ω The value of Vo in the given circuit is www ΙΩ www 50 + 10 Ω Vo 50 V | V. Obtain the Thevenin equivalent at terminals a-b of the given circuit where V = 55 V. V RTH = VTh = 5A 10 Ω 16 Ω ww ww O a 10 Ω Ω > 502 www -o b