4.7K
VISound wave longitudinal and transverse #physics #animation #soundwave #physicsanimation
@visual_pathshala
#Waves Physics
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PHThis looks simple, but it’s all about wave motion and energy transfer.
When the rope is moved, energy travels through it in the form of waves. The shape you see isn’t the rope moving forward, it’s the disturbance moving along it. Factors like tension, mass, and how the force is applied control the speed and pattern of the wave.
That’s why small movements can create such smooth, flowing patterns
it’s physics turning motion into something almost hypnotic.
This content is shared strictly for educational purposes. DM us for credit/removal. (No copyright intended)
#physics #waves #science #motion #experiment
@physicsexplored
176.3K
FAWaves move energy, not water. Water molecules trace circles. Deeper water = smaller circles. Wave base = half the wavelength. #WavePhysics #OceanWaves #PhysicsFacts #ScienceReels #WaveMotion #ScienceEducation
@factfuel.ai
13.1M
COThis moment shows how ocean waves combine into one powerful impact. Four wave systems move from different directions and meet at the same point at the same time. Their energy stacks instead of spreading out, which creates a sudden vertical burst of water.
This happens due to wave interference. When wave peaks align, their heights add together. In rare cases, this creates a spike much larger than normal waves. The seabed shape also matters, since it can focus energy into one location.
Events like this last only a few seconds and often occur far offshore, so recordings stay rare. What you see here is a precise match of timing, direction, and underwater structure.
Credits: @chris.whitey @drone_guy_ben
#ocean #waves #science #nature #physics
@coldwar.io
1.3M
VEWhy do objects travel with waves?
We're taught waves only transfer energy, not material, but objects wash ashore all the time.
How does this work?
#veritasium #science #physics
@veritasium_daily
9.6M
REHave you ever wondered how ocean waves are formed? Waves begin when wind blows across the surface of the water,transferring energy and creating ripples.These ripples grow into waves as the wind continues to push on the water. As waves move toward the shore,they get taller and eventually break,creating the waves we see crashing on the beach.But beneath the surface,the water particles move in circular motions, and deeper down,there's barely any wave movement at all.In this video,we dive into the science behind how waves are created and what happens beneath the water’s surface!
#waves #sea #ocean #inside #view #reels #instagram #knowledge #facts #earth
@retrospaceuniverse
11.6M
RYthe raw power of the ocean…
shot with an iPhone 15 Pro
@ryanpernofski
550
THSeismic waves -Body waves : P and S waves
@the_geographer__natgeo
4.0M
DGCrystal clear wave!
#ocean #oceanwaves #clearwater #reels
@dgphotography264
14.0M
INThe post shares a 22-second aerial video of opposing waves colliding on a sandy beach, dynamically eroding and depositing sediment to form swirling, abstract patterns in the wet sand, captioned poetically as "Some encounters are powerful enough to rearrange the sea" to suggest profound, reshaping interactions.
This phenomenon illustrates coastal geomorphology where wave interference creates rhythmic ripples, as explained in fluid dynamics research: currents act like subaqueous waves, eroding crests and depositing troughs to form self-organizing patterns without surface tension (e.g., studies on bedform stability in shallow waters).
Replies reveal diverse interpretations, from scientific awe at nature's artistry to humorous innuendos spotting suggestive shapes, underscoring how ephemeral sand sculptures evoke both objective wonder and subjective projection.
We do not own any of the content. All credit goes to the respective owners. No copyright infringement intended. Please dm for
credit/removal
@innovate.oi
2.1M
SUThe wind in the midst of storms usually blows in intervals, which we call gusts. The primary swell-producing component of wind is consistency. So the lower, sustained, most consistent end of the wind speed spectrum is what really generates the swell. But still, the more the wind gusts above that range, the more that energy is transferred into the water.
Once the swell leaves the storm-generating area, the swell energy bonds together and travels in groups of waves we call sets. The waves within the sets cycle together with other waves, which helps to conserve their energy over vast distances of ocean.
So how come some sets arrive every 15 minutes with only one or two waves, and other sets arrive every 5 minutes with 10 waves in each set?
One part of the answer goes back to the wind. Low pressure systems without a solid high pressure system filling behind in the low will result in very gusty, flukey winds. The winds may range between 20–50 knots but aren’t sustained enough to transfer enough energy into the water. As a result there may be some big waves, but the number of waves per set will be less, and the consistency of the sets will be less frequent.
On the other hand, strong high pressure following a storm creates stronger, more consistent sustained wind speeds which will not only result in a bigger swell, but also more waves per set and more consistent sets.
A second part of the answer is the length and “width” of the fetch, which will combine with the consistency of the sustained wind speeds to determine the number of waves per set as well as the consistency. Everybody knows fetch length is an important component, but the width of the fetch plays a huge role in the number of waves per set and the set consistency.
A third part of the answer is how centered the swell focus is on your spot. If a swell coming up from the Southern Hemisphere is centered on a region, this is where you’ll find the maximum energy, which is the maximum number of sets and the most waves per set. As you move away from that center, you get out on the edge of the swell. As a result you find less consistent sets and less waves per set.
Continued in comments
🎥 @mat5o
#surfology
@surfline
151.1K
TAWave Speed Equation
The wave speed equation is ubiquitous across physics. You’ll see it appear in textbooks on topics ranging from Classical Mechanics to Quantum Mechanics to Relativity. We use it all the time in Physics class to calculate the speed, wavelength or frequency of different kinds of waves (Electromagnetic, Sound, Water etc.)
And yet, we don’t usually give much thought to what it is trying to convey or what it means visually. The “intuition” behind it, so to speak. In this reel we break this equation down part by part and try to dig a little deeper into how it explains a deep, fundamental relation between three properties of any wave: its speed, frequency and wavelength.
If you want to learn more about Quantum Mechanics, subscribe to my youtube channel (LINK IN BIO) and watch the playlist on Quantum Mechanics.
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Wave ki speed ki equation physics mein bohat mashhoor hai. Aapko ye equation physics ki har subfield ki kitaab mein kahin na kahin miley gee, chahay wo Classical Mechanics ho ya Quantum Mechanics ya General Relativity. Ham is equation ko Physics ki class mein har tarha ki lehron (Electromagnetic, Sound, Water waghaira) ki speed, frequency ya wavelength calculate karnay kay liyay bohat frequently istemaal kartay hain.
Magar ham amooman is baat ko nazar-andaaz kar detey hain kay ye equation convey kya karna chah rahi hai. Iskey peechay ki “intuition” kya hai. Is reel mein ham is equation ko chotay chotay hisson mein taqseem kar kay zara gehrayi say dekhney ki koshish karein gey kay ye kaisay kisi bhi leher ki teen fundamental properties ko relate karti hai: uski speed, frequency aur wavelength.
Quantum Mechanics kay baaray mein mazeed jaanna chahtay hain? Merey youtube channel par subscribe karein (LINK ACCOUNT KI BIO MEIN HAI), aur Qusntum Mechanics ki playlist dekhein.
#quantum #waves #physics #maths #urdu
@tajassus_maths
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