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@mustafa.durrani19: #foryou#vadeo#varie#foryou@Malikmusawerkhan1 @R.M.K  465 ( BANNU ZAI ) #forupage

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Thursday 20 August 2026 13:21:37 GMT
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wajidullahkhan45
MAILK :
jar🖤 gull
2026-08-26 06:04:58
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fatiullahkhan18
Fatiullah Khan637 :
جاررررررر یے شم
2026-08-26 05:20:36
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salman___qureshi
سلمان قريشى⚜️🦅 :
Ooo
2026-08-20 15:22:45
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safidkhan777
SAFID KHAN :
🌺
2026-08-25 12:55:53
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zabihsurani1
👑ZAبIH SURAنI👑 :
jarrr
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zohurahmed6
MANAL NASHTA :
2026-08-24 03:40:46
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aqeel.khan2973
Aqeel Khan :
❤️
2026-08-20 13:27:58
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rohasaheb
꧁༺Roha Saheb༻꧂ :
ماشاءاللہ قربان
2026-08-23 11:45:23
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sarakhan.315
💥SÂRÁ KHÁÑ 🚦💯⌚ :
wow
2026-08-22 17:00:18
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badsha.wazir591
⚔️ بادشاہ آلوزیری ⚔️ :
وائ اللہ
2026-08-23 15:41:31
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Surrani Sadeq :
2026-08-22 02:14:41
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user186451636
Mudasir kHAN 🇵🇰🇵🇰🇵🇰🇵🇰 :
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🦞👀ROLEX👀🦞 :
Dampel😍♥️
2026-08-20 16:13:28
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maran4789
Maran :
Jr oo
2026-08-21 00:40:52
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romii.one
☆R.O.M.A.N☆ :
jar❤️
2026-08-26 05:49:47
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qasmat.ullah.khan03
👑qismat🦅 surani🍷W🤝Q :
🥀🥀🥀
2026-08-20 13:26:38
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2026-08-20 13:26:36
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សាច់ស្អាត ទំហំល្មមស្រួលស្ពាយ ដាក់ទូរស័ព្ទចូល ហើយដាក់អីវ៉ាន់បានគួសមទៀត💕#ShopeeCambodia #ShopeeHaul
សាច់ស្អាត ទំហំល្មមស្រួលស្ពាយ ដាក់ទូរស័ព្ទចូល ហើយដាក់អីវ៉ាន់បានគួសមទៀត💕#ShopeeCambodia #ShopeeHaul


Volcanoes ! When you add salt to Diet Coke, it causes the drink to foam over rather than explode, and this has to do with the physics of gas release and nucleation: Here’s what’s happening: 1. Carbonation: Diet Coke is carbonated, meaning it has carbon dioxide (CO₂) gas dissolved in it under pressure. When you open the bottle or can, the pressure drops and CO₂ starts to escape, but much of it stays dissolved unless something triggers it. 2. Nucleation Sites: Salt crystals are rough and have many tiny surfaces and edges. These act as nucleation sites—places where CO₂ bubbles can rapidly form and grow. 3. Rapid Bubble Formation: When salt is added, it disturbs the liquid and provides lots of nucleation sites at once, causing CO₂ to come out of solution quickly in the form of bubbles. 4. Foaming Over: The bubbles rise rapidly, pushing the liquid upward and causing it to foam over the top. However, this is a controlled overflow of foam—not an explosion—because the pressure inside the bottle or can isn’t being increased. You’re just helping the gas escape quickly. Why not an explosion? • There’s no sudden buildup of pressure like in a sealed container. • The bottle is already open when you add the salt. • The reaction is physical, not chemical—unlike something like baking soda and vinegar. So, it’s a fizzy overflow, not a chemical blast. ##fyp##fypage##fypシ##viral##influencer##trending##scienceteacher##scienceexperiments##scienceiscool##teachersoftiktok##Science##scienceismagic##gas##salt##coke##soda##learningisfundamental
Volcanoes ! When you add salt to Diet Coke, it causes the drink to foam over rather than explode, and this has to do with the physics of gas release and nucleation: Here’s what’s happening: 1. Carbonation: Diet Coke is carbonated, meaning it has carbon dioxide (CO₂) gas dissolved in it under pressure. When you open the bottle or can, the pressure drops and CO₂ starts to escape, but much of it stays dissolved unless something triggers it. 2. Nucleation Sites: Salt crystals are rough and have many tiny surfaces and edges. These act as nucleation sites—places where CO₂ bubbles can rapidly form and grow. 3. Rapid Bubble Formation: When salt is added, it disturbs the liquid and provides lots of nucleation sites at once, causing CO₂ to come out of solution quickly in the form of bubbles. 4. Foaming Over: The bubbles rise rapidly, pushing the liquid upward and causing it to foam over the top. However, this is a controlled overflow of foam—not an explosion—because the pressure inside the bottle or can isn’t being increased. You’re just helping the gas escape quickly. Why not an explosion? • There’s no sudden buildup of pressure like in a sealed container. • The bottle is already open when you add the salt. • The reaction is physical, not chemical—unlike something like baking soda and vinegar. So, it’s a fizzy overflow, not a chemical blast. ##fyp##fypage##fypシ##viral##influencer##trending##scienceteacher##scienceexperiments##scienceiscool##teachersoftiktok##Science##scienceismagic##gas##salt##coke##soda##learningisfundamental
@julianoacustodio . . . . ELE Assumiu Uma Responsa ENORME Aos 16! #julianocustodiocy #faculdade #jovem
@julianoacustodio . . . . ELE Assumiu Uma Responsa ENORME Aos 16! #julianocustodiocy #faculdade #jovem


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