In which of the following cases is the juncti | vedclass

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(B) junction diode is in forward bias when the potential at the $P$-terminal $(V_P)$ is greater than the potential at the $N$-terminal $(V_N)$,i.e.,$V

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(B) junction diode is in forward bias when the potential at the $P$-terminal $(V_P)$ is greater than the potential at the $N$-terminal $(V_N)$,i.e.,$V_P > V_N$. It is in reverse bias when $V_P Let's analyze each option:$A$: $V_P = +5 	ext{ V}$,$V_N = +10 	ext{ V}$. Here $V_P $B$: $V_P = -10 	ext{ V}$,$V_N = -15 	ext{ V}$. Here $V_P > V_N$ (since $-10 > -15$),so it is forward biased.$C$: $V_P = 0 	ext{ V}$,$V_N = +1 	ext{ V}$. Here $V_P $D$: $V_P = -2 	ext{ V}$,$V_N = 0 	ext{ V}$. Here $V_P Therefore,the diode is not in reverse bias in case $B$.

In which of the following cases is the junction diode $NOT$ in reverse bias?

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