In a circuit containing two unequal resistors | vedclass

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(D) When resistors are connected in parallel, the potential difference (voltage) across each resistor remains the same.According to Ohm's Law, $V = IR

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the voltage is same across both the resistors.

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(D) When resistors are connected in parallel, the potential difference (voltage) across each resistor remains the same.According to Ohm's Law, $V = IR$, which implies $I = V/R$.Since $V$ is constant for both resistors, the current $I$ is inversely proportional to the resistance $R$ $(I \propto 1/R)$.Therefore, the resistor with the smaller resistance will have a larger current, and the resistor with the larger resistance will have a smaller current.Thus, the voltage is the same across both resistors.

In a circuit containing two unequal resistors connected in parallel:

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