Final answer:
The question involves fluid mechanics principles in engineering, focused on specifying the requirements for a drain pipe system with a sump or container equipped with a leak detection alarm based on the water management needs.
Step-by-step explanation:
The question pertains to a scenario where a drain pipe must be installed at the base of shafts for the proper drainage of supply and overflow piping, with a requirement for the pipe to lead to a sump or a container that is equipped with a leak detection alarm. Although the question was not explicit about the minimum size of the container, typically, building codes or engineering standards would specify this requirement based on the expected volume of water to be managed.
To address the problem posed in the student's question, we would apply principles of fluid dynamics, likely considering the flow rate of the sump pump, the pressure of the water being moved, and the dimensions of the drainage system to ensure appropriate sizing and functionality of the sump or container. The problem provided regarding a sump pump with a specific draining rate and output pressure is directly related to engineering principles in fluid mechanics, particularly involving calculations that consider flow rates, pressure differences due to height changes, and hose diameter dimensions to determine water pressure at various points in the system.