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Physics Saves Elephant From 30-Foot Well
7 Mar
Summary
- An elephant was rescued from a 30-foot well using buoyancy.
- Archimedes' principle was applied to float the elephant to safety.
- Water was pumped into the well to lift the elephant for rescue.
In a testament to innovative rescue techniques, Odisha forest officials successfully extricated an elephant from a perilous 30-foot well. The animal had accidentally fallen into the well during the night. Rescuers from the Keonjhar forest team opted to apply Archimedes' principle, a method utilizing water buoyancy, over traditional ramp-based approaches.
The rescue operation involved strategically pumping water into the well. This action increased the water level, creating sufficient buoyant force to lift the elephant closer to the surface. Once the animal was sufficiently buoyant, a JCB machine was used to gently guide it out of the well and back towards the safety of the forest.
Officials highlighted that the ramp method posed risks, including potential wall collapse and drowning. Archimedes' principle, stating that an object experiences an upward force equal to the weight of the fluid it displaces, proved to be a safer and more effective solution in this critical situation.
