G-Force
term for accelerations felt as weight and measurable by accelerometers
This article does not have any sources. (February 2024) |
The g-force of an object is its acceleration relative to free fall. On earth this is 1g, or 9.8 meters per second squared (m/s^2) or equivalently 9.80665 newtons of force per kilogram of mass (N/kg). Astronauts experience unusually high and low g-forces. G-force can also be seen on rollercoasters. When the coaster goes down the drop, you are pushed back into your seat because of g-force. Negative g-forces is when gravity is pushing you downwards causing you to feel weightless. (Going down a rollercoaster) Positive g-forces is when gravity is pushing against you causing you to feel heavier. (Going up a rollercoaster)
🔥 Top keywords: Main PageSupreme Court of the United StatesSpecial:SearchTwenty-fifth Amendment to the United States ConstitutionUnited States presidential line of successionTwenty-second Amendment to the United States ConstitutionJoe BidenWikipedia:AboutHelp:Contents2024 UEFA Champions League finalHelp:IntroductionWikipedia:Simple talkRepublican Party (United States)Democratic Party (United States)List of UEFA European Championship finalsBlack24-hour clockList of U.S. statesHealthy lifestyleHistory of AustraliaUnited StatesWe the People PartyWikipedia:Administrators' noticeboardXXXTentacionList of U.S. states and territories by time zoneSugababesJill BidenList of people who have walked on the MoonSpecial:RecentChangesDua LipaKalkiTom KaulitzQuantum mechanicsComputer coolingAdolf Hitler UunonaQueen (band)Help:Authority controlList of countries by areaList of political parties in the United Kingdom