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#Science Reel by @physicsfolder - Professor Walter Lewin presents period of oscillation of a pendulum. The time for one complete cycle, a left swing and a right swing, is called the p
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@physicsfolder
Professor Walter Lewin presents period of oscillation of a pendulum. The time for one complete cycle, a left swing and a right swing, is called the period. The period of a simple pendulum, the time for one full swing, is primarily determined by its length (L) and the acceleration due to gravity (g), following the formula T = 2π√(l/g), especially for small swing angles (amplitudes). Mass and amplitude (for small angles) don’t affect the period, but the period increases with length and decreases with stronger gravity. REMARKS: - Longer pendulums have longer periods (swings take more time). - Stronger gravity (like on Earth vs. the Moon) results in a shorter period (faster swing). - The mass of the pendulum bob does not change the period. - For small angles (around 15° or less), the size of the swing doesn’t significantly alter the period. #learning #science #knowledge
#Science Reel by @anything_explainingg - Did the Moon landing really happen… or is there more to the story? 🌕 While NASA's 1969 Apollo 11 mission is celebrated as one of humanity's greatest
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@anything_explainingg
Did the Moon landing really happen… or is there more to the story? 🌕 While NASA’s 1969 Apollo 11 mission is celebrated as one of humanity’s greatest achievements, skeptics continue to raise questions: • Why did the American flag appear to wave, even though there’s no wind on the Moon? • Why weren’t stars visible in the footage from the lunar surface? • Why did astronauts’ jumps look lower than expected in weaker gravity? • Why don’t the famous footprints match Neil Armstrong’s space boots? Scientists have provided explanations for these mysteries but the doubts fuel one of the biggest conspiracy theories in history. Was it all real… or was it Hollywood’s greatest production? 👀 🎥 @williams.clue - if you like this clip you will LOVE the rest of his content. Be sure to follow him for more. ………………………………………………………… 𝐅𝐨𝐥𝐥𝐨𝐰 @anything_explainingg 𝐟𝐨𝐫 𝐬𝐩𝐚𝐜𝐞 𝐟𝐚𝐜𝐭𝐬, 𝐦𝐲𝐬𝐭𝐞𝐫𝐢𝐞𝐬 & 𝐝𝐞𝐛𝐚𝐭𝐞𝐬 💚🚀 ………………………………………………………… . . . . #space #fyp #viral #moon #space #nasa #apollo #conspiracy #science #history #mystery #fact #moon #truth
#Science Reel by @astronaut_from_mars - That's not a close-up of a carpet. ☀️ What you're seeing is a "hairy" view of the Sun's chromosphere. The dark voids are Sunspots-magnetic knots larg
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@astronaut_from_mars
That’s not a close-up of a carpet. ☀️ What you’re seeing is a "hairy" view of the Sun’s chromosphere. The dark voids are Sunspots—magnetic knots larger than Earth. They look black only because they are 2,000 degrees cooler. The swirling "hairs" are plasma trapped in magnetic loops. That white-hot flash? That’s a Solar Flare igniting. This energy release can trigger X-class solar storms. When these magnetic fields snap, they launch billions of tons of plasma. If aimed at Earth, they create Auroras but can also fry satellites. We are currently approaching the Solar Maximum in 2026. Expect more of these "monsters" to appear on the surface. Save this if you love learning things like this. Share this with someone who would find this fascinating. If a solar flare knocked out the global internet for a month, what’s the first thing you’d do? 👇 . . . . . . . #astronomy #space #science #nasa #astrophotography cosmos universe nature physics explorepage sunspots solarflare solarmaximum chromosphere solarstorm spaceweather telescope halpha solartelescope stargazing solarphotography backyardastronomy astrophoto spacefacts sciencecommunication plasma magneticfields solarcycle25 sunspotregion deepsky
#Science Reel by @brandonsbrainwave (verified account) - On the girl's arm is a sensor that is sensing action potentials from the muscle fibers in her arm muscles - when she flexes her arm, these fibers fire
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@brandonsbrainwave
On the girl’s arm is a sensor that is sensing action potentials from the muscle fibers in her arm muscles - when she flexes her arm, these fibers fire, and the sensor detects it ⚡️ This signal travels to a device that is connected to the electrodes on my arm, so when she moves her arm, the electrodes on my arm activate, shocking my muscle fibers and forcing them to activate and contract, so she has full control of my arm 😵‍💫 As you could see, there wasn’t anything I could do to stop this from happening hahaha I was completely at her mercy Pretty cool to see the science in action, follow for more ✌️ #neuroscience #fyp #student #funny #science
#Science Reel by @explainingeducation - Circular motion is the movement of an object along a path with a constant radius around a fixed point. It involves continuous acceleration (a=v^2r) di
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@explainingeducation
Circular motion is the movement of an object along a path with a constant radius around a fixed point. It involves continuous acceleration (a=v^2r) directed towards the center, known as centripetal acceleration, driven by a centripetal force perpendicular to the velocity. Key concepts include tangential velocity, constant radius, and, in uniform cases, constant speed. v = ω*r v perpendicular to r Tangential velocity is perpendicular to the radius because it represents the instantaneous linear motion of an object along the tangent of its circular path. According to geometry, a tangent line touches a circle at only one point and is always at a angle (perpendicular) to the radius at that contact point. #learning #science #circularmotion #physics
#Science Reel by @quantum_explains (verified account) - Explaination ⬇️ "This happens because the Earth is a sphere, but maps like the Mercator projection flatten it onto a 2D surface. To preserve angles
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@quantum_explains
Explaination ⬇️ “This happens because the Earth is a sphere, but maps like the Mercator projection flatten it onto a 2D surface. To preserve angles for navigation, distances and sizes get distorted—especially near the poles, where regions appear stretched. So even though two paths may look similar or misleading on a flat map, their actual distances on the curved Earth can be very different.” Follow @quantum_explains for more. Dm for Promotions/collaborations. (Posted for educational purpose only) Mercator projection distortion, only possible in spherical earth surface proving earth cannot be flat. explained by @quantum_explains physics #viral education #quantumphysics #science astronomy explorepage sciencefacts cosmos einstein trending instagram reels newton newpage universe blackhole mystery experiment galaxy interstellar facts star atom saturn light photon #Quantum_explains QuantumExplains Quantum_explored Gravity spacetime relativity sciencefacts technology quantum field theory nanotechnology Ai intelligence nuclear chemistry optics electromagnetism #astronomy
#Science Reel by @veritasium_daily (verified account) - What will happen to the weight if you cut the green rope? Written by @gregor_cavlovic and Derek Muller Produced and directed by @gregor_cavlovic H
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@veritasium_daily
What will happen to the weight if you cut the green rope? Written by @gregor_cavlovic and Derek Muller Produced and directed by @gregor_cavlovic Hosted by Derek Muller and @gregor_cavlovic #science #veritasium #physics #experiment
#Science Reel by @faizmeeran_ig (verified account) - 1000°C vs glass, Rubber Bands, 🧼 😱🧽#experiment #science #asmr
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@faizmeeran_ig
1000°C vs glass, Rubber Bands, 🧼 😱🧽#experiment #science #asmr
#Science Reel by @physics_.2026 - ⚠️ Explain (please 200k likes) The dancer in the middle is a two-dimensional (2D) image, while the dancers on the right and left are three-dimensiona
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@physics_.2026
⚠️ Explain (please 200k likes) The dancer in the middle is a two-dimensional (2D) image, while the dancers on the right and left are three-dimensional (3D) because their face, hands, and legs are defined. Because of that, we cannot control their direction of rotation. However, the dancer in the middle is 2D and lacks defined features, so this illusion occurs because our brain creates a third dimension, making us see the dancer as if she is rotating in 3D—depending on the direction we choose. If we focus carefully, we can actually control the direction of her rotation. The original illusion includes only the middle dancer, but this video was published to explain the previous one, which was taken from this illusion. It is known as the “spinning cat illusion”—visit the page to see it. #science #universe#photograp#explorepage✨ her #physics
#Science Reel by @biologistmichael - This one is pretty amazing, the dots are traveling in a straight line, but they appear to follow the curved lines when you focus on one of the x's in
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@biologistmichael
This one is pretty amazing, the dots are traveling in a straight line, but they appear to follow the curved lines when you focus on one of the x’s in the middle. The Mainz-Linez Illusion was first demonstrated in 2025 by Ian M. Thornton, Anna Riga, Sunčica Zdravković, and Dejan Todorović, with details published in i-Perception 16:20416695251399121. The interactive version was created by Michael Bach. ✨Follow for more✨ I am famous biologist. ⚠️ #science

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The massive #Science collection on Instagram features today's most engaging videos. Content from @astronaut_from_mars, @quantum_explains and @faizmeeran_ig and other creative producers has reached 134 million posts globally. Filter and watch the freshest #Science reels instantly.

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