Final answer:
The required information about the minimum flow rate for nitrogen per outlet is not provided in the question or the references. The references touch on the principles of effusion and flow rate in gases, but specific industry standards or application requirements would dictate the actual minimum flow rate for a particular use case.
Step-by-step explanation:
The question inquires about the minimum flow rate for nitrogen gas per outlet. While the specific minimum flow rate is not stated in the provided information, the question is related to the principles of effusion and flow rate in gases, which are topics in the field of physics. In the examples provided, the concept of effusion is demonstrated through gases under similar conditions of pressure and temperature, such as nitrogen gas effusing at a rate of 79 mL/s. In regards to settings where nitrogen needs to be delivered at a specific flow rate, industry standards or specific application requirements will determine the minimum flow rate.
In the absence of the specific minimum flow rate, one can relate to the principles exemplified by the water flow rates and pressures in questions 46 and 48. Despite the content shared not directly answering the question regarding nitrogen flow rates, it provides context on how flow rates and pressures can be calculated and managed in different systems.