Final answer:
The question seems to relate to electrical engineering, discussing terms like capacity factor and load factor. In electrical systems, it's standard to use a 125% load factor for continuous loads to ensure safety and reliability.
Step-by-step explanation:
It appears that the original question is incomplete or has a typographical error in regards to a "(100) (125) percent load factor". However, based on the context provided, we are discussing capacity factor and load factor, which are concepts in electrical engineering. The capacity factor is an engineering term related to the efficiency and performance of power generating units, where it is defined as the ratio of actual performance over time to the peak possible performance, expressed as a percentage.
As for continuous loads, electrical codes often require that a circuit not be loaded beyond a certain percentage of its capacity continuously. Typically, this is to ensure safety and device longevity. A common practice is to design circuits to handle continuous loads at 125% of the circuit's rated capacity to accommodate this. Therefore, the answer might be implying that a continuous load should have a load factor of 125% to ensure the load can be carried safely and efficiently.