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@yussuf_ramadan: #fyp #viraltiktok #nicequotes #creatorsearchinsights #sherin

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Region: EG
Wednesday 11 November 2026 05:08:12 GMT
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m07amed_kamal
𝘒 𝘌 𝘔 𝘖 🐺🪬”. :
متفتح الريبوست
2026-11-11 07:29:01
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moataz.emad0
Moataz Emad❤️‍🩹🫀 :
الحمد لله مفيش حاجه بتوحشني
2026-11-11 06:14:01
1
user987173831951
💔.... :
حصل
2026-11-11 16:49:09
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janamooohamed
jojo🎀 :
فعلا
2026-11-11 08:27:46
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omarbaiomy25
omarrrr👨‍⚕️🩺 :
2026-11-11 13:23:29
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_m_o_3_a_z_1
Moaz🫅 :
2026-11-11 17:22:52
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maro7_7
elmarooo 👸🏻 :
2026-11-11 11:14:53
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eng.mahmoud196
Mahmood :
☹️☹️☹️
2026-11-11 05:50:40
1
1ammarahmed1
مـوراا🤪✨ :
@𝓨𝓸𝓾𝓼𝓼𝓮𝓯 🫅💯
2026-11-11 16:08:40
0
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Other Videos
No pensé que arreglar mis cejas pudiera ser tan rápido y fácil. ✨ Sin dolor, sin tirones y en solo unos segundos puedes mantenerlas definidas desde casa. ¡El antes y el después lo dice todo! 💕 #RecortadorDeCejas #RecortadorFacial #CejasPerfectas #Belleza #CuidadoPersonal
No pensé que arreglar mis cejas pudiera ser tan rápido y fácil. ✨ Sin dolor, sin tirones y en solo unos segundos puedes mantenerlas definidas desde casa. ¡El antes y el después lo dice todo! 💕 #RecortadorDeCejas #RecortadorFacial #CejasPerfectas #Belleza #CuidadoPersonal
😂🎉
😂🎉
@Ken Carson @Destroy Lonely #kencarson#destroylonely
@Ken Carson @Destroy Lonely #kencarson#destroylonely
100 pendulums, released 0.0000001° apart. How long do they stay together? 100 double pendulums, released from almost straight up. Each one starts 0.0000001° further round than the one before it. At the end of a 1-metre arm, that’s about 2 nanometres. For about 6 seconds they move as one. Then the difference doubles again and again, until every pendulum goes its own way. That’s the butterfly effect: in a chaotic system, a tiny change at the start grows into a completely different future. 🔊 Turn the sound on. Each pendulum hums, and its pitch follows its speed. One tone becomes a hundred. Simulated as real physics (double pendulum equations, RK4 integration). No randomness was added. #butterflyeffect #chaostheory #doublependulum #physics #math
100 pendulums, released 0.0000001° apart. How long do they stay together? 100 double pendulums, released from almost straight up. Each one starts 0.0000001° further round than the one before it. At the end of a 1-metre arm, that’s about 2 nanometres. For about 6 seconds they move as one. Then the difference doubles again and again, until every pendulum goes its own way. That’s the butterfly effect: in a chaotic system, a tiny change at the start grows into a completely different future. 🔊 Turn the sound on. Each pendulum hums, and its pitch follows its speed. One tone becomes a hundred. Simulated as real physics (double pendulum equations, RK4 integration). No randomness was added. #butterflyeffect #chaostheory #doublependulum #physics #math
#Riyadh #الرياض #مطر #explore #fyp
#Riyadh #الرياض #مطر #explore #fyp

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