In a single-phase AC circuit, the power consumed by load resistance $R_{\mathrm{L}}$ for an excitation $V_{\mathrm{S}}$ is measured using a wattmeter. The same wattmeter is connected in two different topologies, Topology-$A$ and Topology-$B$, as shown in the figure. Different branch currents and voltage drops are also marked in the figure. Among the following options, the condition that ensures low error in the wattmeter reading for both the topologies is
- $V_{L} \gg V_{C}$ for Topology-$A$ and $I_{L} \gg I_{P}$ for Topology-$B$
- $V_{L} \gg V_{C}$ for Topology-$A$ and $I_{L} \ll I_{P}$ for Topology-$B$
- $V_{L} \ll V_{C}$ for Topology-$A$ and $I_{L} \ll I_{P}$ for Topology-$B$
- $V_{L} \ll V_{C}$ for Topology-$A$ and $I_{L} \gg I_{P}$ for Topology-$B$
