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CEThe period of a pendulum ⚡
#science #PHYSICS #math
@cephas_mg
#Pendulum Physics
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10.7M
SCGive the pendulum arm a push and watch as gravity and the earth's rotation take over creating geometric patterns in the sand. The fine sand provides minimal friction allowing the pendulum to swing for up to 5 minute periods as it gently "writes".
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@sciencebreed
735.5K
YUずっと見てられるペンデュラムウェーブ
Pendulum 振り子
Wave 波
以下、夢のないこと書きます笑
物理的には
ひもの長さによって周期が変わる
→揺れのペースが変わる
→あえて計算して意図的にひもの長さを変えてるからおもしろいことが起きてるように見える
というだけです笑
1個1個のビー玉の動きにお互いに関連はないので😌
ちなみに、ひもの長ささえ正確に取れれば、ビー玉が1列に揃うタイミングは計算できます
簡単に言うと、公倍数的な考え方
ーーーーーーーーーーーーーーーーー
制作にあたり参考にしたサイト
NGKサイエンスサイト（日本ガイシ）
振り子の周期
『私たち1分後に整列します』
実験監修：教育学博士 滝川洋二
企画制作：日本ガイシ株式会社
ーーーーーーーーーーーーーーーーー
撮影で使ったこの実験道具はしばらく↓のカフェに展示させてもらえることになりました☺️
ビー玉が外れやすくて壊れてることもあると思うけど、自由に遊んでみてください✨️
↓こちらのカフェで開催される無料の科学実験教室で解説役でゲスト出演します！
室蘭・登別あたりにお住いの方が対象になってしまいますが、来れる方はぜひ！
参加申込はDMでお願いします！
ーーーーーーーーーー
撮影場所：TENTO
□室蘭工業大学キャンパス内
□ @tentoten_tento
僕も、運営主体である
NPO法人 ten to ten の一員です。
ーーーーーーーーーー
#物理 #実験 #physics #pendulum #experiment #親子で楽しむ #親子で学ぶ #塾 #室蘭 #登別 #勉強
@yuukisano.study
2.3M
LAThe post shares a viral video clip demonstrating pendulum physics: a girl safely lies under a released ball that stops short due to energy conservation, contrasted with a man pushing it, causing rebound to his face for comedic effect.
Posted December 22, 2025, by @masvdcss
, it quickly gained over 2 million views and 75 replies, mostly humorous, including a query on video authenticity debunked as staged with a helmet, not AI.
Rooted in real physics education demos, the setup illustrates that without external force, a pendulum's swing height matches release height, per conservation laws; pushing injects extra energy, risking overswing as shown in mechanics textbooks like Halliday & Resnick.
@laughinglife.exe
59.2K
SEEver wondered why a swinging pendulum stays in a perfect circle instead of just crashing down? It is all about the balance of forces! In a conical pendulum, the tension in the string does two jobs at once: part of it pulls up to fight gravity, while the other part pulls inward to keep the ball moving in a circle. This inward pull is what we call centripetal force. If you’ve ever been on a “Swings” ride at a theme park, you have been a human conical pendulum! 🎡📐
Follow @seleniumed for more mind-blowing physics!
#instagram #reels #physics #education #stem
@seleniumed
314.1K
EQThe Hidden Physics of Coupled Pendulums #physics #classicalmechanics #pendulum #oscillations #manim Witness the mesmerizing physics of coupled pendulums and see how energy transfers between systems! This video explores the fundamental modes of oscillation: In-Phase, Out-of-Phase, and the fascinating Mixed Mode known as beats. We break down the mathematics using the specific equations of motion for pendulums connected by a spring. Whether you are a physics student or a fan of science visualizations, this breakdown of harmonic motion and coupling constants clarifies how complex mechanical systems interact. Learn how the spring constant affects energy exchange and why these systems are foundational to classical mechanics and engineering.
@equationsinmotion
5.7M
SCThis is a physical demonstration of 15 uncoupled pendulums, each with a slightly different length. Released at the same time, their individual frequencies cause the entire system to create traveling waves, standing waves, beats, and even moments of apparent "chaos".
But nothing here is random. The longest pendulum completes 51 oscillations in 60 seconds. Each shorter one swings one more time than the last, so the shortest (15th) completes 65 oscillations per minute.
Over time, their motions drift in and out of sync, creating mesmerizing wave patterns (all due to small frequency differences).
Each pendulum swings in simple harmonic motion, like a sine wave in space and time. It helps visualizing:
• Constructive and destructive interference
• Phase shifts over time
• Beats, wave patterns, and synchronization
• A real-life, physical Fourier visualization
This is not just a toy, this is actually how oscillatory systems, sound waves, and even quantum states behave. It is pretty much some string, weight, and math together, after all.
(**Originally designed by Richard Berg (Am. J. Phys. 1991), this version was built by Nils Sorensen for the Harvard Natural Sciences Lecture Demonstrations.)
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💡 Learn More:
Pendulum Waves - Harvard University
https://sciencedemonstrations.fas.harvard.edu/presentations/pendulum-waves
[Sources]
(🎞 Pendulum Waves - Harvard Natural Sciences Lecture Demonstrations)
(🎼 Can You Hear The Music - Ludwig Göransson)
(✍️ Description)
1. Berg, R.E. (1991). Pendulum Waves and Frequency Visualization.
2. MIT OCW. Visualizing Phase and Interference in Mechanical Waves.
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Follow @science.sbmedia to keep the curiosity alive! 🪐🔭
#PendulumWave #HarmonicMotion #WaveInterference #PhysicsDemo #StandingWaves #TravelingWaves #PhaseShifts #FourierVisualization #ScienceExplained #STEM #ScienceContent
@science.sbmedia
58.3K
SCPeriod of a pendulum by Walter leven
#walterlewin #physics
@sciencexplains
148.8K
PHChaotic Triple Pendulum: the intricate dance of chaotic motion from an assembly of three physical pendulums, shown here (partly) in 120 fps slow motion, where the energy imparted to the system moves back and forth between the potential energy of gravity to the kinetic energy of motion until eventually damped out via friction. Chaotic motion is characterized by extreme sensitivity to initial starting conditions, tiny differences in how the system is released leads to dramatically different outcomes each time. A second of many configurations possible with this extraordinary design by Kontax Engineering Ltd.➡️ Follow the link in my profile for info on where to get similar pendulums and other amazing items featured here on @physicsfun #physicstoy #chaos #chaoticmotion #chaostheory #kineticart #pendulum #physicsfun #doublependulum #physicalpendulum #strangeattractor #science #scienceisawesome
@physicsfun
3.5K
OLPendulum physics in real life 🔥
Comment the concept/principle involved 👇
#viral #pw #physicswallah #reels #class12
@olympiad_pw
59.9K
MAThe triple pendulum is a fascinating example of a chaotic system, where even the smallest differences in initial conditions can lead to wildly different outcomes over time. Unlike a single or double pendulum, which may display predictable or mildly complex behavior, a triple pendulum introduces an additional layer of unpredictability due to its third joint. This added degree of freedom creates a system so sensitive that two pendulums starting from nearly identical positions can diverge drastically in their motions after just a few swings. This sensitivity to initial conditions—also known as the “butterfly effect”—is a hallmark of chaos theory, illustrating how tiny variations in a system’s starting point can result in completely different trajectories. Watching a triple pendulum in motion is both mesmerizing and humbling, as it visually captures the delicate balance between order and chaos in dynamic systems.
I hope you liked this video and follow @mathswithmuza for more animations!
#math #maths #mathtutor #teaching #learn #study #exams #pendulum #physics #simulation #reels #foryou #explorepage #chatgpt #school #ai
@mathswithmuza
2.9M
BIBu görselde bir optik illüzyon veya fiziksel denge deneyi görülüyor. İlk bakışta, ahşap çubuklar havada asılıymış gibi görünüyor. Aslında burada fizik kuralları, özellikle de denge ve yerçekimi devreye giriyor. Açıklayalım:
1. İpler ve Gerilme Kuvveti:
• Orta ve alt kısımdaki ahşap parçalar, üstteki yatay parça ile ince ipler aracılığıyla bağlanmış.
• İpler, parçaların ağırlığını taşıyor ve gerilme kuvveti oluşturuyor.
• Her parça dengede kalabilmesi için yukarı doğru ip gerilmesi, aşağı doğru yerçekimi kuvvetine eşit olmak zorunda.
2. Denge ve Ağırlık Merkezi:
• Ahşap parçalar, ağırlık merkezleri iplerin tam altına gelecek şekilde yerleştirilmiş.
• Böylece sistem devrilmeden dengede kalıyor.
• Görselde alt parça masaya temas ediyor gibi görünse de, üst parçalar tamamen ipler sayesinde askıda duruyor.
3. Perspektif İllüzyonu:
• Kameranın açısı sayesinde, ahşap çubuklar sanki birbirine bağlı ve tek bir parça gibiymiş gibi görünüyor.
• Bu da gözün sistemi yanlış algılamasına neden oluyor.
Bilimsel olarak:
Bu düzenek, Newton’un Hareket Yasaları ve statik denge ilkesi ile açıklanabilir. Özellikle:
• \sum F = 0 (net kuvvet sıfır olmalı)
• \sum \tau = 0 (net tork sıfır olmalı)
Bu koşullar sağlandığı için parçalar düşmüyor.
Yani tamamen fizik kurallarına uygun bir denge oyunu!
#Physics #Science #Illusion #OpticalIllusion #Engineering #STEM #PhysicsTrick #Gravity #Balance #ScienceExperiment #SmartDesign #Innovation #Tech #Amazing #MindBlown #CoolScience #EngineeringDesign #Creative #innovationdesign #keşfet #bilim #viral #keşfetteyiz #evren #fyp #reels #reelsindia
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