Assertion: The value of current through the p | vedclass

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(A) The $p-$side of the junction diode is connected to $+5\, V$ and the $n-$side is connected to $+2\, V$.Since the $p-$side is at a higher potential

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If both Assertion and Reason are correct and the Reason is a correct explanation of the Assertion.

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(A) The $p-$side of the junction diode is connected to $+5\, V$ and the $n-$side is connected to $+2\, V$.Since the $p-$side is at a higher potential than the $n-$side $(5\, V > 2\, V)$,the $p-n$ junction is forward biased.Therefore,a current flows through the circuit.The potential difference across the resistor is $V = 5\, V - 2\, V = 3\, V$.The resistance is $R = 300\, \Omega$.Using Ohm's law,the current $I$ is given by:$I = \frac{V}{R} = \frac{3\, V}{300\, \Omega} = 0.01\, A = 10\, mA$.Both the Assertion and the Reason are correct,and the Reason correctly explains why the current flows (forward bias condition).

Assertion: The value of current through the $p-n$ junction in the given figure will be $10\, mA$.
Reason: In the above figure,the $p-$side is at a higher potential than the $n-$side.

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Assertion: The value of current through the $p-n$ junction in the given figure will be $10\, mA$.Reason: In the above figure,the $p-$side is at a higher potential than the $n-$side.