Using the optional calculation, what is the minimum load demand calculation for the two cooking appliances given that the 10kVA threshold has been met?

To determine the minimum load demand calculation for cooking appliances while meeting the 10kVA threshold, it's essential to understand how load demand calculations are approached within electrical systems.

When a 10kVA threshold has been met, it indicates that the combined demand of the cooking appliances exceeds the base demand requirements for those appliances. The optional calculation method provides a systematic way of estimating the electrical load, based on the type and load characteristics of the cooking appliances being evaluated.

In this context, the load demand for cooking appliances can sometimes rely on established demand factors. Typically, for residential cooking appliances, the load factor used can vary based on standards set forth in codes like the National Electrical Code (NEC). Assuming a common demand factor used in load calculations for cooking appliances results in a calculated demand that aligns with typical usage scenarios.

The correct choice of 3.2 reflects a specific calculation that likely considers the typical load associated with these appliances under normal use, factoring in peak demand characteristics. Specifically, a load of 3.2 kVA suggests that the appliances do not operate at full capacity all the time and, as such, can be calculated using load factors that correspond with realistic household usage patterns.

In summary, 3.2 is representative of an estimated demand