@alikhochman0: #union discipline garba côte d’ivoire un jour côte d’ivoire toujours 🇨🇮 ❤️

Ali Khochman

Open In TikTok:

Region: CI

Wednesday 07 January 2026 07:41:36 GMT

8053

207

12

22

Music

Download

No Watermark .mp4 (0.29MB) No Watermark(HD) .mp4 (0.29MB) Watermark .mp4 (0MB) Music .mp3

Comments

Zenab Araba :

🥰🥰🥰

2026-01-14 21:55:07

1

VIKINGS :

🥰🥰🥰

2026-01-07 15:54:35

2

Hassan.zrkt1 :

🙌🏻🇨🇮

2026-01-07 15:18:52

1

Keaik Fadia :

🥰🥰🥰

2026-01-07 07:55:23

1

Al Ameen Ali1225 :

😂😂😂

2026-01-07 10:11:40

1

ali.mroueh15 :

بدك اغنية سارية السواس

2026-01-07 11:20:54

1

Alyhoballah :

🔥🔥🔥

2026-01-07 15:52:08

1

tonymont632 :

Petit tu veux depasser tes grands freres 😂

2026-01-07 17:37:37

1

Aya_khochman :

🙈🙈🙈

2026-01-08 10:20:56

1

To see more videos from user @alikhochman0, please go to the Tikwm homepage.

Other Videos

$Graham’s number is a mind-bogglingly vast upper bound in Ramsey theory, famously constructed by mathematician Ronald Graham in 1971 to solve a problem regarding multi-dimensional hypercubes—specifically, finding the minimum number of dimensions needed to guarantee that a fully connected graph will always contain a single-planar 4-vertex monochromatic subgraph when its edges are colored using two colors. While that mathematical context is highly abstract, what makes Graham’s number world-famous is its incomprehensible size: it is so astronomically large that standard exponential notation completely fails to express it, requiring Knuth’s up-arrow notation (3 \uparrow\uparrow\uparrow\uparrow 3 for the first step, g_1, where up-arrows represent iterated exponentiation) stacked across 64 recursive layers (g_{64}), where the number of arrows in each layer is dictated by the output of the layer before it. To put its scale into perspective, the observable universe contains roughly 10^{80} atoms, but if you were to try to store or even mentally visualize every digit of Graham’s number at once, the sheer mass of information packed into your skull would physically cause your brain to collapse into a black hole. Despite being far larger than the total number of Planck volumes in the entire visible universe, Graham’s number is not infinite—it is a specific, whole, odd integer, and amazingly, mathematicians even know that its final digits end in \dots 387, making it one of the most astonishingly concrete yet unimaginably giant numbers in all of human mathematics. Tiktok this is my brother in an interview with a pride flag with inverted colours🥰 #gnosticism #larp #iqmaxx #truecringecomunnity$
Graham’s number is a mind-bogglingly vast upper bound in Ramsey theory, famously constructed by mathematician Ronald Graham in 1971 to solve a problem regarding multi-dimensional hypercubes—specifically, finding the minimum number of dimensions needed to guarantee that a fully connected graph will always contain a single-planar 4-vertex monochromatic subgraph when its edges are colored using two colors. While that mathematical context is highly abstract, what makes Graham’s number world-famous is its incomprehensible size: it is so astronomically large that standard exponential notation completely fails to express it, requiring Knuth’s up-arrow notation (3 \uparrow\uparrow\uparrow\uparrow 3 for the first step, g_1, where up-arrows represent iterated exponentiation) stacked across 64 recursive layers (g_{64}), where the number of arrows in each layer is dictated by the output of the layer before it. To put its scale into perspective, the observable universe contains roughly 10^{80} atoms, but if you were to try to store or even mentally visualize every digit of Graham’s number at once, the sheer mass of information packed into your skull would physically cause your brain to collapse into a black hole. Despite being far larger than the total number of Planck volumes in the entire visible universe, Graham’s number is not infinite—it is a specific, whole, odd integer, and amazingly, mathematicians even know that its final digits end in \dots 387, making it one of the most astonishingly concrete yet unimaginably giant numbers in all of human mathematics. Tiktok this is my brother in an interview with a pride flag with inverted colours🥰 #gnosticism #larp #iqmaxx #truecringecomunnity

"fine" is never actually fine 💙 #anxiousattachment #relationshiptips #couplesoftiktok

#danielgrifo #clipfyleague #clipfygrifo @Danielg.grifo @Clipfy League

#danielgrifo #clipfyleague #clipfygrifo @Danielg.grifo @Clipfy League

Most People Don't Know the Wrong Readers Can Strain Your Eyes! sm #tiktokshop #glasses #readingglasses #fyp

Most People Don't Know the Wrong Readers Can Strain Your Eyes! sm #tiktokshop #glasses #readingglasses #fyp

Do for love❤️ #knightsa #midtempo #sundaybelongstodeep #deepsoulfulhouse #deephouse #godeeporgohome #SAMA28

Do for love❤️ #knightsa #midtempo #sundaybelongstodeep #deepsoulfulhouse #deephouse #godeeporgohome #SAMA28

About

Robot
API

Legal

Privacy Policy