A rectangular swimming pool is 25 meters long, 10 meters wide, and 2 meters deep. If water is pumped into the pool at a rate of 5 cubic meters per hour, how many hours will it take to fill the pool to the brim?

Wed, 06 May 2026 19:15:05 +0000

A rectangular swimming pool measuring 25 meters in length, 10 meters in width, and 2 meters in depth holds a volume of 500 cubic meters. At a steady water flow rate of 5 cubic meters per hour, filling the pool completely from empty requires accurate calculation—120 hours of continuous pumping. This precise timing resonates with homeowners planning outdoor upgrades, particularly amid rising interest in pool ownership and summer planning in the U.S. The straightforward math behind pool filling reflects real-world expectations for outdoor installations, aligning with data showing quiet but steady demand for backyard pools across metropolitan and suburban regions. The idea of filling a large swimming pool efficiently combines practical planning with everyday curiosity. Many people in the U.S. model seasonal home improvements, and understanding water inflow rates offers clear insight—how long does filling a 25x10x2m pool take at a typical residential pump? The 5 cubic meters per hour rate is standard for small to mid-scale residential circulation, making the total fill time both realistic and relatable. This number helps people budget time and energy correctly, supporting informed decisions about pool maintenance, construction, or new build timelines. Though not explicitly known to most, water flow rates matter significantly when designing or installing residential pools. A streamlined 25m x 10m layout optimizes usability while remaining manageable for most standard pumping systems. With a consistent input of 5 m³/h, the pool fills evenly without strain, preserving both pump performance and installation safety. This predictable timeline supports both budget-conscious planning and realistic project expectations for homeowners considering backyard renovations. Common inquiry focuses on refining the calculation and understanding variables—such as pump efficiency, seasonal water loss, or filtration delays. In reality, while 120 hours is the basic estimate, actual time may vary slightly due to pumping schedule, system calibration, or minor leaks. Most residential systems support steady, safe operation, making the concept accessible to average users interested in data-driven home projects. Clear explanations help eliminate confusion and empower decision-making.