#earthgravity — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #earthgravity, aggregated by home.social.
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This Engineer Says He’s Found a Way to Overcome Earth’s Gravity
Devrimb//Getty Images In 2001, British Electrical Engineer Roger Shawyer first introduced the “impossible drive,” known as the EmDrive. It earned that nickname because Shawyer claimed it could produce thrust without propellant. If true, that would make it a reactionless drive—a machine that appears to shove itself forward without throwing anything backward. That’s a direct problem for the conservation of momentum, which just so happens to be one of the load-bearing rules of […] -
This Engineer Says He’s Found a Way to Overcome Earth’s Gravity
Devrimb//Getty Images In 2001, British Electrical Engineer Roger Shawyer first introduced the “impossible drive,” known as the EmDrive. It earned that nickname because Shawyer claimed it could produce thrust without propellant. If true, that would make it a reactionless drive—a machine that appears to shove itself forward without throwing anything backward. That’s a direct problem for the conservation of momentum, which just so happens to be one of the load-bearing rules of […] -
This Engineer Says He’s Found a Way to Overcome Earth’s Gravity
Devrimb//Getty Images In 2001, British Electrical Engineer Roger Shawyer first introduced the “impossible drive,” known as the EmDrive. It earned that nickname because Shawyer claimed it could produce thrust without propellant. If true, that would make it a reactionless drive—a machine that appears to shove itself forward without throwing anything backward. That’s a direct problem for the conservation of momentum, which just so happens to be one of the load-bearing rules of […] -
This Engineer Says He’s Found a Way to Overcome Earth’s Gravity
Devrimb//Getty Images In 2001, British Electrical Engineer Roger Shawyer first introduced the “impossible drive,” known as the EmDrive. It earned that nickname because Shawyer claimed it could produce thrust without propellant. If true, that would make it a reactionless drive—a machine that appears to shove itself forward without throwing anything backward. That’s a direct problem for the conservation of momentum, which just so happens to be one of the load-bearing rules of […] -
This Engineer Says He’s Found a Way to Overcome Earth’s Gravity
Devrimb//Getty Images In 2001, British Electrical Engineer Roger Shawyer first introduced the “impossible drive,” known as the EmDrive. It earned that nickname because Shawyer claimed it could produce thrust without propellant. If true, that would make it a reactionless drive—a machine that appears to shove itself forward without throwing anything backward. That’s a direct problem for the conservation of momentum, which just so happens to be one of the load-bearing rules of […] -
ARTEMIS II CREW REELING FROM GRAVITY'S GRIP POST-SPLASHDOWN
Artemis II astronauts, back from a 10-day lunar mission, found it hard to walk due to Earth's gravity. NASA says they are healthy.
#ArtemisII, #SpaceAstronauts, #EarthGravity, #SpaceMission, #NASA
https://newsletter.tf/artemis-ii-astronauts-gravity-struggle-earth-return/
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The Artemis II astronauts looked unsteady walking after their 10-day space trip, showing how hard it is to get used to Earth's gravity again.
#ArtemisII, #SpaceAstronauts, #EarthGravity, #SpaceMission, #NASA
https://newsletter.tf/artemis-ii-astronauts-gravity-struggle-earth-return/ -
In 1960, Richard M. Sutton wrote a paper describing a simple experiment: "If a mass slides down an inclined plane and gets launched with angle \(\alpha\), the range doesn't depend on g (acceleration due to gravity) - it's the same on 🌏 Earth or Mars." 🔗 https://aapt.scitation.org/doi/10.1119/1.1936008
#experiment #trajectory #range #angle #projectile #gravity #acceleration #earthgravity #marsgravity
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In 1960, Richard M. Sutton wrote a paper describing a simple experiment: "If a mass slides down an inclined plane and gets launched with angle \(\alpha\), the range doesn't depend on g (acceleration due to gravity) - it's the same on 🌏 Earth or Mars." 🔗 https://aapt.scitation.org/doi/10.1119/1.1936008
#experiment #trajectory #range #angle #projectile #gravity #acceleration #earthgravity #marsgravity
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In 1960, Richard M. Sutton wrote a paper describing a simple experiment: "If a mass slides down an inclined plane and gets launched with angle \(\alpha\), the range doesn't depend on g (acceleration due to gravity) - it's the same on 🌏 Earth or Mars." 🔗 https://aapt.scitation.org/doi/10.1119/1.1936008
#experiment #trajectory #range #angle #projectile #gravity #acceleration #earthgravity #marsgravity
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In 1960, Richard M. Sutton wrote a paper describing a simple experiment: "If a mass slides down an inclined plane and gets launched with angle \(\alpha\), the range doesn't depend on g (acceleration due to gravity) - it's the same on 🌏 Earth or Mars." 🔗 https://aapt.scitation.org/doi/10.1119/1.1936008
#experiment #trajectory #range #angle #projectile #gravity #acceleration #earthgravity #marsgravity
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In 1960, Richard M. Sutton wrote a paper describing a simple experiment: "If a mass slides down an inclined plane and gets launched with angle \(\alpha\), the range doesn't depend on g (acceleration due to gravity) - it's the same on 🌏 Earth or Mars." 🔗 https://aapt.scitation.org/doi/10.1119/1.1936008
#experiment #trajectory #range #angle #projectile #gravity #acceleration #earthgravity #marsgravity