For the circuit shown in figure when R = 2Omega, V=0.75 volts, when R=3Omega, V = 0.9 Volts when R = 4Omega, V = V_(1), where V_(1) equals (in volts) and I_(1)(in amp)

For the circuit shown in figure when R = 2Omega, V=0.75 volts, when R=

1.	For the circuit shown in figure when R = 2Omega, V=0.75 volts, when R=3Omega, V = 0.9 Volts when R = 4Omega, V = V_(1), where V_(1) equals (in volts) and I_(1)(in amp)
Answer» `1_(1) = 1.2 A` ` V_(1) = 1.5 V` `I_(1) = 1.0A` `V_(1), = 1.0 V` ANSWER :C::D

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For the circuit shown in figure when R = 2Omega, V=0.75 volts, when R=3Omega, V = 0.9 Volts when R = 4Omega, V = V_(1), where V_(1) equals (in volts) and I_(1)(in amp)

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