Two ideal diodes are connected to a battery as shown in the circuit. The current supplied by the battery is

The potential barrier in a $p-n$ junction diode is due to

In an unbiased $P-N$ junction,holes diffuse from the $p-$ region to $n-$ region because

If a diode having infinite reverse bias resistance is connected in a circuit as shown in the figure,then $I_1$ and $I_2$ are respectively:

The following table provides the set of values of $V$ and $I$ obtained for a given diode. Let the characteristics be nearly linear. Over this range,the forward and reverse bias resistance of the given diode respectively are:

Condition	$V$	$I$
Forward biasing	$2.0 \, V$	$60 \, mA$
Forward biasing	$2.4 \, V$	$80 \, mA$
Reverse biasing	$0 \, V$	$0 \, \mu A$
Reverse biasing	$-2 \, V$	$-0.25 \, \mu A$

Consider the following circuit. The waveform given in input is as shown. If ${V_{B_1}}$ and ${V_{B_2}}$ are less than the peak value of the input,then the output will look like: