In the following circuits,which one of the di | vedclass

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(A) diode is reverse biased when its $p$-side is connected to a lower potential and its $n$-side is connected to a higher potential.Let us analyze the

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(A) diode is reverse biased when its $p$-side is connected to a lower potential and its $n$-side is connected to a higher potential.Let us analyze the options:$A$: The $p$-side is at $0 \ V$ (ground) and the $n$-side is at $+5 \ V$. Since $0 \ V $B$: The $p$-side is at $+5 \ V$ and the $n$-side is at $+10 \ V$. Since $5 \ V $C$: The $p$-side is at $-12 \ V$ and the $n$-side is at $-5 \ V$. Since $-12 \ V $D$: The $p$-side is at $0 \ V$ (ground) and the $n$-side is at $-10 \ V$. Since $0 \ V > -10 \ V$,this is forward biased.Note: In standard multiple-choice questions of this type,usually only one option is intended to be correct. However,based on the provided diagrams,options $A$,$B$,and $C$ all represent reverse-biased configurations. Given the typical structure,$A$ is the most standard representation of a reverse-biased diode.

In the following circuits,which one of the diodes is reverse biased?

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