@ndchuculate01: Sempre teimoso esse jovem 😭💔😮‍💨!. #angola🇦🇴portugal🇵🇹brasil🇧🇷 #foryou #ndchuculate01

NdChuculate01

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Region: PA

Monday 08 June 2026 22:52:07 GMT

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Comments

💫Nerylson dos Santos 💫 ✨ :

Esse é o melhor Jubileu não lhe trocam mais 😂😂😂

2026-06-08 23:45:08

113

NedilsoNever Give Up :

Para mim , Francisco Teixeira é você 😭 Aquele é quem faz as tuas dublagens 😭😭

2026-06-09 10:24:42

55

Josymar :

naaaaaaaaaoooooooo 😅😅😅😅😂😂

2026-06-11 22:42:27

0

†Ʀεεʍ_βმllმ007🥷🏾 :

jubileu duvida muito

2026-06-08 22:57:05

33

𝐤🤎🤎🇦🇴✝️ :

A expressão do Jubileu é que me acaba ya 😂😂😂😂

2026-06-09 18:41:44

13

Alcénio Øne :

só o mimo

2026-06-11 12:30:38

1

Kanny Afonso :

Jubileu é assim porqueeeeeeeeee muito teimoso tipo aqueles aí de camisola vermelha 🥺🥺🥺

2026-06-09 09:35:42

9

TANISLAU ANTÔNIO :

melhor tik tok

2026-06-10 07:59:54

1

António bengui :

esse gajo tem o meu respeito

2026-06-09 19:17:27

5

Florinda Alberto :

Jubileu, já perdeu a esperança.😩

2026-06-08 23:19:35

18

Banilson Músico :

(Emoji de emoção com ranho no nariz e lágrima no olho)

2026-06-11 16:46:01

1

Luz@# :

jubileu Depois da entrevista

2026-06-08 22:58:07

10

espaço Amina Octá :

jubileu è teimoso

2026-06-10 11:34:29

3

Bruno Paularthy :

Eu gosto muitíssimo da cara deste Jubileu 🤣🤣🤣 sou teu fã.

2026-06-10 08:45:55

4

~CARA FANTÃSTICO❤️✓ :

gosto muito dos teu conteúdo cotta

2026-06-10 17:35:56

2

Ilda Dungunla Ilda :

Vós amos ya🤣🤣🤣🤣🤣💪🤣🤣

2026-06-09 05:54:27

2

kevin@Aquilis :

2026-06-08 23:51:06

2

🌹Dáudia Perucas e diversos 💕 :

bom dia meu querido gosto muito dos teus vídeos beijinhos

2026-06-09 03:14:07

3

Djamilson Fortuna :

Contínua assim Deus e com você

2026-06-09 19:13:32

1

Capyco :

jubileu é temoso

2026-06-09 15:50:15

1

É pelo povo :

muito bom

2026-06-09 08:32:12

1

To see more videos from user @ndchuculate01, please go to the Tikwm homepage.

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#CapCut

yeah it was definitely 50... #battlebus #battlebunker #pullups #workout #legtuck Quantum physics is basically the study of how reality works at extremely tiny scales, like atoms, electrons, photons, and other subatomic particles. The weird part is that once you get that small, things stop behaving the way we expect. In everyday life, objects are pretty straightforward. A ball is in one place, moving in one direction, at one speed. But in quantum physics, a particle can act more like a “cloud of possibilities” rather than one definite thing. For example, an electron is not always best understood as a tiny little ball orbiting an atom. It is more like a probability field, where it has a chance of being found in certain places. Once you measure it, you get one actual result, but before that, quantum physics describes it through probabilities. Another big idea is that energy comes in little packets, called quanta. Light, for example, can behave like a wave, but it also comes in particles called photons. That is one of the strange things about quantum physics: tiny things can act like both waves and particles depending on how you observe them. There is also something called superposition, which means a quantum object can be in multiple possible states at once until it is measured. This is where the famous Schrödinger’s cat idea comes from. It is not really about a cat being magically alive and dead at the same time; it is a thought experiment meant to show how strange quantum rules sound when applied to normal everyday objects. Then there is entanglement, which is when two particles become linked in such a way that measuring one tells you something about the other, even if they are far apart. It sounds like sci-fi, but it is a real part of quantum physics. It does not let us send messages faster than light, but it does show that particles can be connected in ways that do not match our normal intuition. So, in plain terms, quantum physics says that the universe is not perfectly predictable at the smallest level. Instead, it runs on probabilities. Tiny particles do not always have one clear path, position, or state until they interact with something or are measured. It is strange, but it is also extremely practical. A lot of modern technology depends on quantum physics, including lasers, computer chips, MRI machines, solar panels, and the early development of quantum computers.

yeah it was definitely 50... #battlebus #battlebunker #pullups #workout #legtuck Quantum physics is basically the study of how reality works at extremely tiny scales, like atoms, electrons, photons, and other subatomic particles. The weird part is that once you get that small, things stop behaving the way we expect. In everyday life, objects are pretty straightforward. A ball is in one place, moving in one direction, at one speed. But in quantum physics, a particle can act more like a “cloud of possibilities” rather than one definite thing. For example, an electron is not always best understood as a tiny little ball orbiting an atom. It is more like a probability field, where it has a chance of being found in certain places. Once you measure it, you get one actual result, but before that, quantum physics describes it through probabilities. Another big idea is that energy comes in little packets, called quanta. Light, for example, can behave like a wave, but it also comes in particles called photons. That is one of the strange things about quantum physics: tiny things can act like both waves and particles depending on how you observe them. There is also something called superposition, which means a quantum object can be in multiple possible states at once until it is measured. This is where the famous Schrödinger’s cat idea comes from. It is not really about a cat being magically alive and dead at the same time; it is a thought experiment meant to show how strange quantum rules sound when applied to normal everyday objects. Then there is entanglement, which is when two particles become linked in such a way that measuring one tells you something about the other, even if they are far apart. It sounds like sci-fi, but it is a real part of quantum physics. It does not let us send messages faster than light, but it does show that particles can be connected in ways that do not match our normal intuition. So, in plain terms, quantum physics says that the universe is not perfectly predictable at the smallest level. Instead, it runs on probabilities. Tiny particles do not always have one clear path, position, or state until they interact with something or are measured. It is strange, but it is also extremely practical. A lot of modern technology depends on quantum physics, including lasers, computer chips, MRI machines, solar panels, and the early development of quantum computers.

#transformers #optimusprime #optimusprimeedit

#transformers #optimusprime #optimusprimeedit

#xh

#OP81 #OSCARPIASTRI #F1 #fotokitablur #fyp

#OP81 #OSCARPIASTRI #F1 #fotokitablur #fyp

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