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@iiiiiiaaaa09: #جدران_الزمان

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Saturday 28 June 2025 19:03:27 GMT
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73_ism6
. :
اني
2025-07-05 16:17:25
0
7sdyi1
يـوسـف🤍🍂 :
🗿🚬. ماكو
2025-06-30 00:26:11
0
26r31a
𝑹𝒊𝒕𝒂𝒋୨୧ :
@𝚁. 😉
2025-07-01 13:13:50
0
iid_hjk
يـسـرَ ، :
@مِࢪيتِۿ آݪـَ سجَودƱ̤.•: مَـيمي 😓
2025-06-30 17:43:57
3
x7oi.1
طـَيبـة🕯. :
@F.1َ
2025-06-28 19:16:00
1
bdhe.dhbs
Miro :
@♾️
2025-07-24 02:15:34
0
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Other Videos

#bleach #livewallpaper #wallpaper #fondodepantalla #anime
#bleach #livewallpaper #wallpaper #fondodepantalla #anime
#fypシ #fyp
#fypシ #fyp
بعيونه يسولف دمعنه كامله #سيد_فاقد_الموسوي #تصميم_فيديوهات🎶🎤🎬 #fypシ #foryou ##CapCut
بعيونه يسولف دمعنه كامله #سيد_فاقد_الموسوي #تصميم_فيديوهات🎶🎤🎬 #fypシ #foryou ##CapCut
#fyp #pov #friends #skit #relatable
#fyp #pov #friends #skit #relatable
At the boundary between water and air, water behaves a little like it has an extremely thin, stretchy “skin.” There isn’t actually a membrane there—the effect comes from water molecules attracting one another through hydrogen bonding. In the photo, the swimmer is rising toward the surface but hasn’t broken through it yet. As their head or swim cap pushes upward, the surface gets stretched and curves around them instead of immediately tearing apart. That creates the smooth, transparent dome you see. A useful way to picture it is: underwater swimmer → pushes surface upward → surface stretches and curves → swimmer applies enough force → surface finally breaks The curved surface also acts like a distorting lens, which is why the swimmer’s face and cap can look oddly enlarged or warped. It’s basically the same physics that lets a carefully placed paper clip sit on water or allows water striders to stand on a pond—just on a much larger and more dramatic scale. We share wholesome science content. Feel free to join us for more.
At the boundary between water and air, water behaves a little like it has an extremely thin, stretchy “skin.” There isn’t actually a membrane there—the effect comes from water molecules attracting one another through hydrogen bonding. In the photo, the swimmer is rising toward the surface but hasn’t broken through it yet. As their head or swim cap pushes upward, the surface gets stretched and curves around them instead of immediately tearing apart. That creates the smooth, transparent dome you see. A useful way to picture it is: underwater swimmer → pushes surface upward → surface stretches and curves → swimmer applies enough force → surface finally breaks The curved surface also acts like a distorting lens, which is why the swimmer’s face and cap can look oddly enlarged or warped. It’s basically the same physics that lets a carefully placed paper clip sit on water or allows water striders to stand on a pond—just on a much larger and more dramatic scale. We share wholesome science content. Feel free to join us for more.


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