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Saturday 19 September 2026 09:37:06 GMT

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Vicol Elmira :

🥰🥰🥰🥰

2026-09-19 18:52:05

0

_shakhpendiiarova_2012 :

2026-09-19 13:50:41

1

Ксюха♠️ :

в какой серии это будет?

2026-09-20 14:59:13

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Eldo Smartбабуля :

2026-09-19 19:49:46

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user4118140744413 :

❤️❤️❤️❤️❤️❤️

2026-09-19 13:52:22

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Таня :

🥰🥰🥰🥰🥰

2026-09-19 17:15:52

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Other Videos

Dive in the Verdon 🦅#creatorsearchinsights #fpv #fpvdrone #dronevideo #fpvcinematic

Dive in the Verdon 🦅#creatorsearchinsights #fpv #fpvdrone #dronevideo #fpvcinematic

$How This Works ⬇️ This video shows a dramatic physics phenomenon called the Leidenfrost effect. It occurs when a liquid comes into contact with a surface that’s far hotter than the liquid’s boiling point. Instead of instantly boiling away, the liquid forms a thin layer of vapor between itself and the hot surface. In this case, moisture on the skin rapidly turns into vapor when it nears the molten metal. That vapor layer acts like a temporary cushion, insulating the hand and slowing heat transfer for a brief moment. Because vapor is a poor conductor of heat, it can reduce how quickly the heat reaches the skin. 💡 Why this matters: Heat transfer normally happens through direct contact. The Leidenfrost vapor layer breaks that contact, buying a fraction of a second of protection. It’s the same reason water droplets can skitter across a hot pan instead of evaporating instantly. ⚠️ Important safety note: This effect is extremely brief and unreliable. Molten metal is extremely dangerous, and the Leidenfrost effect does not make it safe. Small changes in temperature, moisture, timing, or movement can result in severe burns. This type of demonstration is only done by trained professionals in controlled environments. 🔬 Bottom line: The Leidenfrost effect highlights how phase changes and heat transfer work—but it’s a lesson in physics, not a trick to try yourself. ✅Follow @drdavidabbasi for More Daily Medical Content & Health Tips! 🌴😷Schedule a consultation to see Dr. Abbasi as a patient in Delray Beach! Visit www.primeorthocenter.com$
How This Works ⬇️ This video shows a dramatic physics phenomenon called the Leidenfrost effect. It occurs when a liquid comes into contact with a surface that’s far hotter than the liquid’s boiling point. Instead of instantly boiling away, the liquid forms a thin layer of vapor between itself and the hot surface. In this case, moisture on the skin rapidly turns into vapor when it nears the molten metal. That vapor layer acts like a temporary cushion, insulating the hand and slowing heat transfer for a brief moment. Because vapor is a poor conductor of heat, it can reduce how quickly the heat reaches the skin. 💡 Why this matters: Heat transfer normally happens through direct contact. The Leidenfrost vapor layer breaks that contact, buying a fraction of a second of protection. It’s the same reason water droplets can skitter across a hot pan instead of evaporating instantly. ⚠️ Important safety note: This effect is extremely brief and unreliable. Molten metal is extremely dangerous, and the Leidenfrost effect does not make it safe. Small changes in temperature, moisture, timing, or movement can result in severe burns. This type of demonstration is only done by trained professionals in controlled environments. 🔬 Bottom line: The Leidenfrost effect highlights how phase changes and heat transfer work—but it’s a lesson in physics, not a trick to try yourself. ✅Follow @drdavidabbasi for More Daily Medical Content & Health Tips! 🌴😷Schedule a consultation to see Dr. Abbasi as a patient in Delray Beach! Visit www.primeorthocenter.com

#daugoi #daugoinuochoa #daugoithiennhien #verdantpark #verdantparkshampoo @Hi! Tuyếtt đây❄️

#daugoi #daugoinuochoa #daugoithiennhien #verdantpark #verdantparkshampoo @Hi! Tuyếtt đây❄️

#jsuper7 #jknowledge

#jsuper7 #jknowledge

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