The Physics Behind Roller Coasters — Gravity vs G-Force ⚛️🎢 | Why Thrill Rides Feel So Intense

Описание: #CurioPhenom #RollerCoasterPhysics #GForce #GravityScience

🎢 The science of thrill.
Roller coasters don’t have engines pulling them through the ride — gravity does the work.
A huge drop builds potential energy, which transforms into speed, momentum, and G-forces that push and pull your body.

⚛️ Why you feel weightless — or crushed.
When a coaster dives, you feel negative G-force — almost weightless.
At the bottom of a loop, positive G-force pushes you into your seat.
It’s gravity, inertia, and acceleration in perfect choreography.

🧠 The ultimate physics playground.
From engineers to thrill-seekers, roller coasters show physics in motion like nothing else.
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⏱️ Chapters (3:40 Runtime)
00:00 – Gravity Rules the Ride
00:40 – How Coasters Turn Height into Speed
01:45 – G-Forces & Why You Feel Weightless
02:45 – Energy, Motion & Thrill Engineering
03:10 – Final Recap
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#CurioPhenom #RollerCoasterPhysics #GForce #Acceleration #EnergyAndMotion #ThemeParkScience #FisikaGerak #롤러코스터물리 #过山车物理 #ジェットコースター物理 #MontañaRusaCiencia #PhysiqueMontagnesRusses #FísicaMontanhaRussa #فيزياء_الألعاب #ФизикаАмериканскихГорок #GiáoDụcKhoaHọc #ElimuSayansi #EdukasyonSaAgham
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⚠️ Educational Physics Disclaimer
This video is produced by SciCuriousID — CurioPhenom Series to explain physics concepts involving gravity, acceleration, G-forces, and mechanical motion in simplified educational form for a global audience.
It does not provide engineering certification, theme-park design standards, safety guidance, or structural engineering instruction. For professional applications, consult licensed engineers and academic institutions.
Scientific content reflects established concepts from MIT Physics, ASTM amusement device standards (general reference only), NASA educational materials, and peer-reviewed classical mechanics sources. Complex engineering elements are abbreviated for clarity.
Seluna Ito (Selu) is a fictional AI-assisted educational avatar and does not represent real engineers, scientists, or institutions. All likenesses are fictional.
Visual and audio assets are original or licensed. Copyright concerns will be resolved upon verified timestamp request.
No personal data is collected; platform privacy rules apply.
By viewing, you acknowledge this content as educational commentary, not technical design advice or ride-safety guidance. The creators assume no liability for interpretation beyond intended educational use.
© 2025 SciCuriousID — Global Educational Media Initiative
All rights reserved worldwide 🌍📚
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