4.2K reactions · 126 shares | NASA astronaut Jack Fischer shows how water behaves in zero gravity — it floats, morphs, and mesmerizes! 敖 #zerogravity #nasa #spacescience #astronautlife #microgravity #trending #astronaut #experiment #trendingaudio #explorepage #earth #earthcapture #nasabeyond #science #facts #youcurious #space #didyouknow #sciencefacts #reels #spacescience #monday #spacemarines #moon #star #telescope #jameswebb #jameswebbspacetelescope | Vigyaan 360 | Facebook

In zero gravity or microgravity environments, a gyroscope behaves differently than on Earth. On Earth, gravity provides a reference for the gyroscope to maintain stability, but in space, where there's no constant gravitational pull, gyroscopes rely on other principles. In microgravity, a gyroscope can still maintain its angular momentum. It will continue to spin and resist changes in its orientation, demonstrating the conservation of angular momentum. However, without a consistent gravitational