If a p-n junction is forward biased,then whic | vedclass

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(D) In a $p-n$ junction,forward biasing occurs when the positive terminal of the battery is connected to the $p$-region and the negative terminal is c

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(D) In a $p-n$ junction,forward biasing occurs when the positive terminal of the battery is connected to the $p$-region and the negative terminal is connected to the $n$-region.Under forward bias,holes from the $p$-region are pushed towards the junction,and electrons from the $n$-region are pushed towards the junction.This movement of charge carriers constitutes the current.Inside the semiconductor,the conventional current flows from the $p$-region to the $n$-region,which is the same direction as the flow of holes and opposite to the flow of electrons.Looking at the options,Figure $D$ correctly shows the current flowing from the $p$-side towards the junction and from the junction towards the $n$-side,representing the continuous flow of current through the device.

If a $p-n$ junction is forward biased,then which of the following figures gives the correct direction of current inside the semiconductor?

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