A battery charger can drive a current of 5A with 1Ω resistance connected at its output. If it can charge 2 V battery at 7 A rate, its Thevenin's equivalent circuit will be-A-7.5 in series with 0.5 Ω resistanceB-1.25 V in series with 1.5 Ω resistanceC-7.5 V in parallel with 0.5 Ω resistanceD-12.5 V in parallel with 1.5 Ω resistance-A-7.5 in series with 0.5 Ω resistance

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A battery charger can drive a current of 5A with 1&Omega; resistance connected at its output. If it can charge 2 V battery at 7 A rate, its Thevenin&#39;s equivalent circuit will be-A-7.5 in series with 0.5 &Omega; resistanceB-1.25 V in series with 1.5 &Omega; resistanceC-7.5 V in parallel with 0.5 &Omega; resistanceD-12.5 V in parallel with 1.5 &Omega; resistance-A-7.5 in series with 0.5 &Omega; resistance

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A 7.5 in series with 0.5 &Omega; resistance No answer description is available.

Networks Analysis and Synthesis - Engineering

A battery charger can drive a current of 5A with 1Ω resistance connected at its output. If it can charge 2 V battery at 7 A rate, its Thevenin's equivalent circuit will be

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Networks Analysis and Synthesis - Engineering

A battery charger can drive a current of 5A with 1Ω resistance connected at its output. If it can charge 2 V battery at 7 A rate, its Thevenin's equivalent circuit will be

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