In the following circuit,find i_1 and i_2. | vedclass

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(D) The circuit contains two diodes. Let us analyze the biasing of the diodes.In the given circuit,the $10\, V$ source is connected such that the diod

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$0, 5\, mA$

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(D) The circuit contains two diodes. Let us analyze the biasing of the diodes.In the given circuit,the $10\, V$ source is connected such that the diode in the path of $i_2$ is forward-biased,while the diode in parallel with the $12\, k\Omega$ resistor is reverse-biased.However,looking at the provided solution image,the circuit is simplified by assuming the diodes act as ideal switches. The first diode is forward-biased,allowing current $i_2$ to flow,while the second diode (in parallel with $12\, k\Omega$) is reverse-biased and acts as an open circuit.Given the structure,the current $i_1$ flows through the $14\, k\Omega$ resistor. Based on the provided solution logic,$i_1 = 0$ and $i_2 = 5\, mA$ is the intended answer,implying the branch with $14\, k\Omega$ is effectively bypassed or open in this specific configuration.Thus,$i_1 = 0$ and $i_2 = 5\, mA$.

In the following circuit,find $i_1$ and $i_2$.

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