The upper picture shows a high g maneuver, resulting from a narrow turn or pulling up. The centripetal acceleration caused by the aircraft is felt by the pilot as the inertial centrifugal acceleration, which can cause the pilot to black out. The ISS is traveling at a constant tangential velocity, at orbital speed. Due to earths gravitation the ISS is basically free falling around the earth, therefore the astronauts are weightless. Velocity and acceleration are two distinct physical quantities that describe different states of motion. - a constant velocity you cannot feel - a constant acceleration you can feel Understanding the types of motion is essential to differentiate between those we can perceive and those we cannot. Best regards ❤️ Geee from TechTranslate Technical and scientific facts, step by step explained. 😃👍
@TechTranslate_G @sergioa94679493 This way too complicated for him. But excellent explanation though.
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@TechTranslate_G @sergioa94679493 imma take a wild guess and say this guy aint comprehending that
@TechTranslate_G @sergioa94679493 @sergioa94679493 Sergio, don’t be too frightened but did you know that, depending on exactly where you are on the planet’s surface, you are probably whizzing around in a giant circle at about 1,000 mph. I know! Terrifying isn’t it?
@TechTranslate_G @sergioa94679493 Correct. It's a Russian L-29 pulling a subsonic 8G loop. Not a supersonic F16. youtu.be/KGlCLTVCKrI?si…
@TechTranslate_G @sergioa94679493 You're wasting your time.
@TechTranslate_G @sergioa94679493 Iss is in a pool on earth somewhere.