What fraction of the single-phase load is carried by each of the two power pots?

To determine what fraction of the single-phase load is carried by each of the two power pots, consider how the load is distributed in a single-phase system. In a scenario where two power pots are sharing a single-phase load, the expectation is that the load will be evenly distributed, assuming that both pots are of equal capacity and working under normal conditions.

When two power pots are used, each pot would typically be responsible for half of the total load in an ideal setup. However, if the context suggests that the load is not uniformly shared or if specific conditions dictate otherwise, then it could change. The given answer indicates that each pot carries 1/3 of the load, which could imply that the total load may consist of a larger number of phases or components than just the two pots, and the specific roles they play in managing that load can create this fraction.

This choice suggests a scenario where the load might need to be divided among additional elements beyond the two pots or due to particular balancing requirements in the circuit. In more complex systems like multi-phase operations or when using certain types of transformers, not every component carries an equal share of the load, leading to different fractions applied in practice.

Thus, 1/3 may represent a situation where