In the circuit given below, V(t) is the sinus | vedclass

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(D) In the positive half cycle of the input $V(t)$, diode $D_1$ is forward-biased and $D_2$ is reverse-biased. The current flows through $R$ and $R_1$

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Has different peak values during positive and negative half cycles

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(D) In the positive half cycle of the input $V(t)$, diode $D_1$ is forward-biased and $D_2$ is reverse-biased. The current flows through $R$ and $R_1$. The output voltage across $R$ is determined by the voltage divider rule: $V_{AB} = V(t) \cdot \frac{R}{R + R_1}$.In the negative half cycle of the input $V(t)$, diode $D_2$ is forward-biased and $D_1$ is reverse-biased. The current flows through $R$ and $R_2$. The output voltage across $R$ is $V_{AB} = V(t) \cdot \frac{R}{R + R_2}$.Since the current flows in opposite directions through $R$ during the positive and negative half cycles, the output is not rectified.Because the resistances $R_1 = 100 \ \Omega$ and $R_2 = 150 \ \Omega$ are different, the voltage division ratios are different for the two half cycles.Therefore, the peak values of the voltage $V_{AB}(t)$ during the positive and negative half cycles will be different.

In the circuit given below, $V(t)$ is the sinusoidal voltage source. The voltage drop $V_{AB}(t)$ across the resistance $R$ is:

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