What does the total power provided by each power pot consist of?

The total power provided by each power pot is indeed the sum of each power pot's share of the 3-phase load and its share of the single-phase load. This comprehensive measurement accounts for the entire power contribution of the power pot, reflecting both types of loads it supports in an electrical system.

In a practical context, electrical systems often operate with both three-phase and single-phase loads. Each power pot is tasked with balancing the power it delivers across these different types of loads. To effectively ensure that both the 3-phase loads and the single-phase loads receive adequate power, each pot's contribution to both must be summed. This holistic view allows for effective load management and ensures that no part of the system is underpowered.

The other options fall short in that they isolate either the single-phase or the 3-phase components without acknowledging the relevance of both in the total power supply scenario. The understanding of power distribution in such systems necessitates recognition of how these loads interact and contribute to the overall capacity of each power pot.