Ever look up at the sky and wonder how satellites don’t just fall back to Earth or drift off into space? This video breaks down the fascinating physics behind orbital motion in a simple, easy-to-follow way. From gravity and forward momentum to why different satellites exist at different heights above the planet, you’ll get a clear picture of how these machines stay locked in place while racing around Earth at incredible speeds.

We also explore what keeps satellite systems stable over time, what happens when orbits decay, and why precise calculations are critical for everything from GPS to weather tracking. If you enjoy clear science explanations and want to support the channel, check out the platform we use to publish and distribute this content here: https://rss.com/?via=71219c

#space #satellites #orbit #scienceexplained #physics #astronomy #spacefacts #earthorbit #howthingswork #spacetechnology #educationalvideo

0:00 Introduction to satellites and orbit 0:55 Gravity versus forward motion 2:05 Why satellites don’t fall straight down 3:15 Different types of orbits explained 4:35 How speed determines orbital height 6:00 What keeps satellites stable over time 7:30 Orbital decay and space debris 8:40 Final thoughts and recap