Скачать или смотреть Feynman Explains: Why AIRPLANES Shouldn’t Be Able to Fly.

AIRPLANES Shouldn’t Be Able to Fly — Feynman Explains Why. At first glance, it seems impossible that a machine weighing hundreds of thousands of pounds can stay in the sky. In this video, Richard Feynman’s explanation of why airplanes fly reveals the real physics behind lift, aerodynamics, and the science most textbooks get wrong.

Many people believe airplanes fly because air traveling over the wing moves faster due to a longer path. But as Richard Feynman explains, that popular explanation is fundamentally flawed.

This video explores the real science of aerodynamics, lift, Bernoulli’s principle, Newton’s laws, boundary layers, circulation, and the Kutta–Joukowski theorem that explain how aircraft actually stay in the air.
From paper airplanes to commercial jets, we break down the physics that allows massive machines to fly at 35,000 feet using nothing but air.

If you enjoy deep explanations of physics, science, and the ideas of Richard Feynman, this video will change how you think about flight forever.

👉 Subscribe for more videos explaining physics, science mysteries, and powerful ideas from great thinkers like Richard Feynman.

Keywords:
Richard Feynman, why airplanes fly, airplane lift explained, how airplanes fly physics, aerodynamics explained, Bernoulli principle airplane, Newton third law flight, physics of flight, airplane lift physics, aviation science explained, Feynman physics explanation, airflow over wings, angle of attack explained, downwash aerodynamics, boundary layer aerodynamics, circulation lift theory, Kutta Joukowski theorem, Navier Stokes aerodynamics, fluid dynamics explained, airplane wing physics, lift and drag explained, flight mechanics basics, airplane aerodynamics tutorial, science of airplanes, how planes stay in the air

#richardfeynman , #physicsexplained , #aerodynamics , #HowAirplanesFly , #scienceeducation , #physicsconcepts , #stemlearning , #flightphysics , #aviationscience , #bernoulliprinciple .