Why Can’t Passenger Planes Fly at 28,000 KM/H Like Rockets? ✈️🚀 | Science Explained

Have you ever wondered why a passenger airplane flies at around 850 km/h while a rocket can reach approximately 28,000 km/h? 🤯 Why can’t we simply install a more powerful engine in a passenger aircraft and travel from India to the USA in minutes? In this video, we explore the fascinating science and engineering behind airplanes and rockets! ✈️ What you’ll learn: How passenger aircraft fly at approximately 850 km/h Why rockets can reach speeds of around 28,000 km/h in low Earth orbit How air resistance and drag increase with speed Why extreme speed creates enormous heat How jet engines differ from rocket engines Why rockets carry their own oxygen Why spacecraft need heat shields during atmospheric re-entry What made Concorde fly faster than conventional passenger aircraft Could hypersonic or rocket-powered passenger travel become a reality? 🌍 The big question: Could future technology allow us to travel between countries in just a few minutes? Discover the physics, technology and engineering challenges that separate today's passenger aircraft from tomorrow's high-speed transportation systems. If you enjoy science, aviation, space technology and fascinating engineering facts, LIKE, SHARE and SUBSCRIBE for more! 🔎 Hashtags #Aviation #RocketScience #AircraftTechnology #SpaceScience #PhysicsExplained #HypersonicFlight #Airplanes #RocketTechnology #ScienceFacts #FutureTechnology #Concorde #Engineering